the feature that distinguish animals from organisms in other multice.pdf
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the feature that distinguish animals from organisms in other multicellular kingdoms is that the animals are ingestive heterotrophs. Animals ingest food through the mouth and digest it in the digestive system but other organisms they absorb food through the body walls and digest by secreting enzymes or acids. Solution the feature that distinguish animals from organisms in other multicellular kingdoms is that the animals are ingestive heterotrophs. Animals ingest food through the mouth and digest it in the digestive system but other organisms they absorb food through the body walls and digest by secreting enzymes or acids..
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Volume = Integrate(0,2)[y]^2Volume = Integrate(0,2) Sin^2x^2.pdf![Volume = Integrate(0,2)[y]^2Volume = Integrate(0,2) Sin^2x^2.pdf](data:image/gif;base64,R0lGODlhAQABAIAAAAAAAP///yH5BAEAAAAALAAAAAABAAEAAAIBRAA7)
Volume = *Integrate(0,/2)[y]^2
Volume = *Integrate(0,/2) Sin^2x^2
0.641
Solution
Volume = *Integrate(0,/2)[y]^2
Volume = *Integrate(0,/2) Sin^2x^2
0.641.
The transportation planning is considering a large denstial things l.pdf
The transportation planning is considering a large denstial things like trip generation to its
design, it never shows or followed any single result after the precise evluation. That is due to
following reason-
Transportation helps shape an area’s economic health and quality of life. Not only does the
transportation system provide for the mobility of people and goods, it also influences patterns of
growth and economic activity by providing access to land. The performance of the system affects
public policy concerns like air quality, environmental resource consumption, social equity, land
use, urban growth, economic development, safety, and security. Transportation planning
recognizes the critical links between transportation and other societal goals. The planning
process is more than merely listing highway and transit capital projects. It requires developing
strategies for operating, managing, maintaining, and financing the area’s transportation system in
such a way as to advance the area’s long-term goals. In all the aspects we considered a average
calculation for more betterment.
Air Quality- In it we also calculate the air monitering devices and mobile/area pollution
producers, in order to it we design the next transporting data.
Congestion Management Process (CMP) -Increase the frequency or severity of existing
violations of the standards that is also issue in planning.
Financial Planning and Programming - this is a main factor that influence the planning due to
more negotiation between local bodied.
Freight Movement - More availability to the road and vehicle should be always under
consideration.
Land Use and Transportation- The Right to Way is always a facctor for proper construction.
Performance Measures - duration and durability behaves as a standard.
Planning and Environment Linkages
Public Involvement - how it is useful for public and how much for government body is always a
factor.
Safety - Very neccesary topic in planning purpose.
Security
System Management and Operations (M&O)
Technology Applications for Planning: Models, GIS, and Visualization
Title VI/Environmental Justice (EJ)
Transportation Asset Management
Other local transpotation link and data
Solution
The transportation planning is considering a large denstial things like trip generation to its
design, it never shows or followed any single result after the precise evluation. That is due to
following reason-
Transportation helps shape an area’s economic health and quality of life. Not only does the
transportation system provide for the mobility of people and goods, it also influences patterns of
growth and economic activity by providing access to land. The performance of the system affects
public policy concerns like air quality, environmental resource consumption, social equity, land
use, urban growth, economic development, safety, and security. Transportation planning
recognizes the critical links between transportation and other societal goals. The planning
process is mo.
The above two expressions are work.SolutionThe above two expre.pdf
This very short document contains a single statement that the above two expressions are considered work without providing any other context or details.
The Roman numeral is used in the Stock system of .pdf
The Roman numeral is used in the Stock system of nomenclature to indicate the
oxidation number of the positive element when the element has more than one positive oxidation
number. For instance, iron always requires a Roman numeral because iron can have two
oxidation numbers, +2 and +3. Not all elements require a Roman numeral in the name. Sodium
does not require a Roman numeral because it has only one oxidation number, +1. Use it when
you have a metal that can have multiple charges(oxidation states). Usually roman numerals are
only used with transition metals which are the metals in the middle of the periodic table like
Iron(Fe), Copper(Cu) etc. Notable exceptions are Silver(Ag), Zinc(Zn) and Cadmium(Cd). Even
though these elements are in the middle of the periodic table we never use roman numerals with
them because Silver is always +1, Zn is always +2 and Cadmium is always +2, so since they
cannot have more than one charge there\'s no need to use roman numerals. Roman numerals are
also used with Lead(Pb), Tin(Sn) and Bismuth(Bi) even though they\'re not in the middle of the
periodic table because they can have more than one charge. The roman numeral indicates the
charge on the metal so Iron(III) means Iron with a +3 charge which is Fe^3+(Fe with a +3
charge). Similarly, Lead(IV) means Pb^4+(Pb with a +4 charge). Note that Mercury(I) is
Hg2^2+(that is Hg2 with a +2 charge). It\'s a weird metal ion. Roman numerals are also used
with some of the inner transition metals which are at the bottom of the periodic table by
themselves but you don\'t encounter those elements too often in chemistry classes unless you\'re
studying nuclear chemistry or some form of advanced chemistry.
Solution
The Roman numeral is used in the Stock system of nomenclature to indicate the
oxidation number of the positive element when the element has more than one positive oxidation
number. For instance, iron always requires a Roman numeral because iron can have two
oxidation numbers, +2 and +3. Not all elements require a Roman numeral in the name. Sodium
does not require a Roman numeral because it has only one oxidation number, +1. Use it when
you have a metal that can have multiple charges(oxidation states). Usually roman numerals are
only used with transition metals which are the metals in the middle of the periodic table like
Iron(Fe), Copper(Cu) etc. Notable exceptions are Silver(Ag), Zinc(Zn) and Cadmium(Cd). Even
though these elements are in the middle of the periodic table we never use roman numerals with
them because Silver is always +1, Zn is always +2 and Cadmium is always +2, so since they
cannot have more than one charge there\'s no need to use roman numerals. Roman numerals are
also used with Lead(Pb), Tin(Sn) and Bismuth(Bi) even though they\'re not in the middle of the
periodic table because they can have more than one charge. The roman numeral indicates the
charge on the metal so Iron(III) means Iron with a +3 charge which is Fe^3+(Fe with a +3
charge). Sim.
The methylene protons in cyclopentadiene are acid.pdf
The methylene protons in cyclopentadiene are acidic enough to be removed by
sodium methoxide providing the cyclopentadienyl anion.
Solution
The methylene protons in cyclopentadiene are acidic enough to be removed by
sodium methoxide providing the cyclopentadienyl anion..
The answer is A When light elements fuse, they g.pdf
The answer is A When light elements fuse, they give off energy due to the change
in forces acting upon them. For heavy elements, the opposite is true.
Solution
The answer is A When light elements fuse, they give off energy due to the change
in forces acting upon them. For heavy elements, the opposite is true..
The bond between C and C is a covalent bond but w.pdf
The bond between C and C is a covalent bond but where as in the case of C and N
is like an ionic bond. Because C and N are different atoms and that too N has more electro -vety
than C. In the C-C bond, the bond is formed in the same atoms and there is no difference in the
elctro-vety between those 2 atoms. The bond is purely covalent bond and the shared pair of
elctrons were shared inbetween those atoms. In the case of C-N bond, the bond is formed in
between 2 different atoms and there is a difference in the elctro-vety between those 2 atoms.
Since N has more electr-vety, it has the capability of attracting the shared pair of electrons
toward it. So the bond is not purely covalent. It has the character of ionic bond. So the bond
between C-N is weeker than the bond between C-C though, the C-C bond length is longer than
C-N bond. this can be explained in terms of degree of covalent vs ionic character of the bonds.
N is more electronegative than C, hence it is able to polarise the electron cloud of C in the C-N
bond, pulling the shared pair of electrons in the bond closer to itself. this results in a higher ionic
character of the bond as opposed to covalent character, hence the bond is weaker compared to a
C-C bond.
Solution
The bond between C and C is a covalent bond but where as in the case of C and N
is like an ionic bond. Because C and N are different atoms and that too N has more electro -vety
than C. In the C-C bond, the bond is formed in the same atoms and there is no difference in the
elctro-vety between those 2 atoms. The bond is purely covalent bond and the shared pair of
elctrons were shared inbetween those atoms. In the case of C-N bond, the bond is formed in
between 2 different atoms and there is a difference in the elctro-vety between those 2 atoms.
Since N has more electr-vety, it has the capability of attracting the shared pair of electrons
toward it. So the bond is not purely covalent. It has the character of ionic bond. So the bond
between C-N is weeker than the bond between C-C though, the C-C bond length is longer than
C-N bond. this can be explained in terms of degree of covalent vs ionic character of the bonds.
N is more electronegative than C, hence it is able to polarise the electron cloud of C in the C-N
bond, pulling the shared pair of electrons in the bond closer to itself. this results in a higher ionic
character of the bond as opposed to covalent character, hence the bond is weaker compared to a
C-C bond..
Recommended
Volume = Integrate(0,2)[y]^2Volume = Integrate(0,2) Sin^2x^2.pdf
Volume = *Integrate(0,/2)[y]^2
Volume = *Integrate(0,/2) Sin^2x^2
0.641
Solution
Volume = *Integrate(0,/2)[y]^2
Volume = *Integrate(0,/2) Sin^2x^2
0.641.
The transportation planning is considering a large denstial things l.pdf
The transportation planning is considering a large denstial things like trip generation to its
design, it never shows or followed any single result after the precise evluation. That is due to
following reason-
Transportation helps shape an area’s economic health and quality of life. Not only does the
transportation system provide for the mobility of people and goods, it also influences patterns of
growth and economic activity by providing access to land. The performance of the system affects
public policy concerns like air quality, environmental resource consumption, social equity, land
use, urban growth, economic development, safety, and security. Transportation planning
recognizes the critical links between transportation and other societal goals. The planning
process is more than merely listing highway and transit capital projects. It requires developing
strategies for operating, managing, maintaining, and financing the area’s transportation system in
such a way as to advance the area’s long-term goals. In all the aspects we considered a average
calculation for more betterment.
Air Quality- In it we also calculate the air monitering devices and mobile/area pollution
producers, in order to it we design the next transporting data.
Congestion Management Process (CMP) -Increase the frequency or severity of existing
violations of the standards that is also issue in planning.
Financial Planning and Programming - this is a main factor that influence the planning due to
more negotiation between local bodied.
Freight Movement - More availability to the road and vehicle should be always under
consideration.
Land Use and Transportation- The Right to Way is always a facctor for proper construction.
Performance Measures - duration and durability behaves as a standard.
Planning and Environment Linkages
Public Involvement - how it is useful for public and how much for government body is always a
factor.
Safety - Very neccesary topic in planning purpose.
Security
System Management and Operations (M&O)
Technology Applications for Planning: Models, GIS, and Visualization
Title VI/Environmental Justice (EJ)
Transportation Asset Management
Other local transpotation link and data
Solution
The transportation planning is considering a large denstial things like trip generation to its
design, it never shows or followed any single result after the precise evluation. That is due to
following reason-
Transportation helps shape an area’s economic health and quality of life. Not only does the
transportation system provide for the mobility of people and goods, it also influences patterns of
growth and economic activity by providing access to land. The performance of the system affects
public policy concerns like air quality, environmental resource consumption, social equity, land
use, urban growth, economic development, safety, and security. Transportation planning
recognizes the critical links between transportation and other societal goals. The planning
process is mo.
The above two expressions are work.SolutionThe above two expre.pdf
This very short document contains a single statement that the above two expressions are considered work without providing any other context or details.
The Roman numeral is used in the Stock system of .pdf
The Roman numeral is used in the Stock system of nomenclature to indicate the
oxidation number of the positive element when the element has more than one positive oxidation
number. For instance, iron always requires a Roman numeral because iron can have two
oxidation numbers, +2 and +3. Not all elements require a Roman numeral in the name. Sodium
does not require a Roman numeral because it has only one oxidation number, +1. Use it when
you have a metal that can have multiple charges(oxidation states). Usually roman numerals are
only used with transition metals which are the metals in the middle of the periodic table like
Iron(Fe), Copper(Cu) etc. Notable exceptions are Silver(Ag), Zinc(Zn) and Cadmium(Cd). Even
though these elements are in the middle of the periodic table we never use roman numerals with
them because Silver is always +1, Zn is always +2 and Cadmium is always +2, so since they
cannot have more than one charge there\'s no need to use roman numerals. Roman numerals are
also used with Lead(Pb), Tin(Sn) and Bismuth(Bi) even though they\'re not in the middle of the
periodic table because they can have more than one charge. The roman numeral indicates the
charge on the metal so Iron(III) means Iron with a +3 charge which is Fe^3+(Fe with a +3
charge). Similarly, Lead(IV) means Pb^4+(Pb with a +4 charge). Note that Mercury(I) is
Hg2^2+(that is Hg2 with a +2 charge). It\'s a weird metal ion. Roman numerals are also used
with some of the inner transition metals which are at the bottom of the periodic table by
themselves but you don\'t encounter those elements too often in chemistry classes unless you\'re
studying nuclear chemistry or some form of advanced chemistry.
Solution
The Roman numeral is used in the Stock system of nomenclature to indicate the
oxidation number of the positive element when the element has more than one positive oxidation
number. For instance, iron always requires a Roman numeral because iron can have two
oxidation numbers, +2 and +3. Not all elements require a Roman numeral in the name. Sodium
does not require a Roman numeral because it has only one oxidation number, +1. Use it when
you have a metal that can have multiple charges(oxidation states). Usually roman numerals are
only used with transition metals which are the metals in the middle of the periodic table like
Iron(Fe), Copper(Cu) etc. Notable exceptions are Silver(Ag), Zinc(Zn) and Cadmium(Cd). Even
though these elements are in the middle of the periodic table we never use roman numerals with
them because Silver is always +1, Zn is always +2 and Cadmium is always +2, so since they
cannot have more than one charge there\'s no need to use roman numerals. Roman numerals are
also used with Lead(Pb), Tin(Sn) and Bismuth(Bi) even though they\'re not in the middle of the
periodic table because they can have more than one charge. The roman numeral indicates the
charge on the metal so Iron(III) means Iron with a +3 charge which is Fe^3+(Fe with a +3
charge). Sim.
The methylene protons in cyclopentadiene are acid.pdf
The methylene protons in cyclopentadiene are acidic enough to be removed by
sodium methoxide providing the cyclopentadienyl anion.
Solution
The methylene protons in cyclopentadiene are acidic enough to be removed by
sodium methoxide providing the cyclopentadienyl anion..
The answer is A When light elements fuse, they g.pdf
The answer is A When light elements fuse, they give off energy due to the change
in forces acting upon them. For heavy elements, the opposite is true.
Solution
The answer is A When light elements fuse, they give off energy due to the change
in forces acting upon them. For heavy elements, the opposite is true..
The bond between C and C is a covalent bond but w.pdf
The bond between C and C is a covalent bond but where as in the case of C and N
is like an ionic bond. Because C and N are different atoms and that too N has more electro -vety
than C. In the C-C bond, the bond is formed in the same atoms and there is no difference in the
elctro-vety between those 2 atoms. The bond is purely covalent bond and the shared pair of
elctrons were shared inbetween those atoms. In the case of C-N bond, the bond is formed in
between 2 different atoms and there is a difference in the elctro-vety between those 2 atoms.
Since N has more electr-vety, it has the capability of attracting the shared pair of electrons
toward it. So the bond is not purely covalent. It has the character of ionic bond. So the bond
between C-N is weeker than the bond between C-C though, the C-C bond length is longer than
C-N bond. this can be explained in terms of degree of covalent vs ionic character of the bonds.
N is more electronegative than C, hence it is able to polarise the electron cloud of C in the C-N
bond, pulling the shared pair of electrons in the bond closer to itself. this results in a higher ionic
character of the bond as opposed to covalent character, hence the bond is weaker compared to a
C-C bond.
Solution
The bond between C and C is a covalent bond but where as in the case of C and N
is like an ionic bond. Because C and N are different atoms and that too N has more electro -vety
than C. In the C-C bond, the bond is formed in the same atoms and there is no difference in the
elctro-vety between those 2 atoms. The bond is purely covalent bond and the shared pair of
elctrons were shared inbetween those atoms. In the case of C-N bond, the bond is formed in
between 2 different atoms and there is a difference in the elctro-vety between those 2 atoms.
Since N has more electr-vety, it has the capability of attracting the shared pair of electrons
toward it. So the bond is not purely covalent. It has the character of ionic bond. So the bond
between C-N is weeker than the bond between C-C though, the C-C bond length is longer than
C-N bond. this can be explained in terms of degree of covalent vs ionic character of the bonds.
N is more electronegative than C, hence it is able to polarise the electron cloud of C in the C-N
bond, pulling the shared pair of electrons in the bond closer to itself. this results in a higher ionic
character of the bond as opposed to covalent character, hence the bond is weaker compared to a
C-C bond..
none Sol.pdf
There is no document provided to summarize. The prompt asks for a 3 sentence or less summary of the given document, but no document content was included to summarize.
moles = molarity x volume volume of KCl = molesm.pdf
moles = molarity x volume volume of KCl = moles/molarity = 0.163 / 0.0550 =
2.96 L
Solution
moles = molarity x volume volume of KCl = moles/molarity = 0.163 / 0.0550 =
2.96 L.
Methyl group is electron releasing in nature ; it.pdf
Methyl group is electron releasing in nature ; it destabilises the corresponding
phenoxide ion as compared to the phenoxide ion obtained from phenol.
Solution
Methyl group is electron releasing in nature ; it destabilises the corresponding
phenoxide ion as compared to the phenoxide ion obtained from phenol..
Hydronium ion concentration = S then S^2 = [4.07.pdf
Hydronium ion concentration = S then S^2 = [4.07*10^-4]*[1.0*10^-4] s = 2.02
*10^-4 M
Solution
Hydronium ion concentration = S then S^2 = [4.07*10^-4]*[1.0*10^-4] s = 2.02
*10^-4 M.
Due to hydrogen bonding Quinizarin is a orange-re.pdf
Due to hydrogen bonding Quinizarin is a orange-red crystalline compound. It is
soluble in ethanol, diethyl ether, benzene and hot water. It has an only limited solubility in cold
water. Quinizarin can be oxidized to form 1,4,9,10-anthradiquinone by led tetraacetate.
Solution
Due to hydrogen bonding Quinizarin is a orange-red crystalline compound. It is
soluble in ethanol, diethyl ether, benzene and hot water. It has an only limited solubility in cold
water. Quinizarin can be oxidized to form 1,4,9,10-anthradiquinone by led tetraacetate..
covalent radius increases from top to bottom and .pdf
covalent radius increases from top to bottom and from right toleft. (Fr has the
largest radius). N < C < B < P < Si N has the smallest covalent radius.
Solution
covalent radius increases from top to bottom and from right toleft. (Fr has the
largest radius). N < C < B < P < Si N has the smallest covalent radius..
Common Polar Solvents - water, methyl alcohol Co.pdf
Common Polar Solvents - water, methyl alcohol Common Nonpolar Solvents -
hexane, acetone, diethyl ether,toluene
Solution
Common Polar Solvents - water, methyl alcohol Common Nonpolar Solvents -
hexane, acetone, diethyl ether,toluene.
R is NOT reflexive since (c,c) doesnt belong to RR is symmetric si.pdf
R is NOT reflexive since (c,c) doesnt belong to R
R is symmetric since for all x is related to y, y is related to x, i.e
(a,a), (a,a) both are present in R,
(b,b), (b,b) both are present in R,
(b,c), (c,b) both are present in R,
(c,b), (b,c) both are present in R,
(d,d), (d,d) both are present in R,
=>
R is Symmetric
R is NOT transitive since
(c,b) and (b,c) belong to R but (c,c) deosnt belong to R
=>
R is only symmetric
Solution
R is NOT reflexive since (c,c) doesnt belong to R
R is symmetric since for all x is related to y, y is related to x, i.e
(a,a), (a,a) both are present in R,
(b,b), (b,b) both are present in R,
(b,c), (c,b) both are present in R,
(c,b), (b,c) both are present in R,
(d,d), (d,d) both are present in R,
=>
R is Symmetric
R is NOT transitive since
(c,b) and (b,c) belong to R but (c,c) deosnt belong to R
=>
R is only symmetric.
Nasal cavity. Its mucus moistens the incoming air and traps dust. It.pdf
Nasal cavity. Its mucus moistens the incoming air and traps dust. It also has cilia which remove
out the particles trapped in mucus.
Solution
Nasal cavity. Its mucus moistens the incoming air and traps dust. It also has cilia which remove
out the particles trapped in mucus..
Ican always help you )SolutionIcan always help you ).pdf
This short document contains a simple message stating "Ican always help you :)" twice. It appears to be reassuring the reader that assistance is available.
Geometry is one of the earliest branches of Mathematics to be discus.pdf
Geometry is one of the earliest branches of Mathematics to be discussed. Its beginnings can be
traced in ancient Egypt or early or before 1700 B.C. Due to necessity, every time the Nile River
inundated and deposited fertile soil along the bank, the early Egyptian had to solve the problem
of size and boundaries of land along the Nile River. Changes happened in the contour of the land
had caused confusion among landowners. So a system of making boundaries, measuring lengths
and areas had to be discovered. From this circumstance the name
Solution
Geometry is one of the earliest branches of Mathematics to be discussed. Its beginnings can be
traced in ancient Egypt or early or before 1700 B.C. Due to necessity, every time the Nile River
inundated and deposited fertile soil along the bank, the early Egyptian had to solve the problem
of size and boundaries of land along the Nile River. Changes happened in the contour of the land
had caused confusion among landowners. So a system of making boundaries, measuring lengths
and areas had to be discovered. From this circumstance the name.
4) the union of egg and sperm forma a zygote which is singled celled.pdf
4) the union of egg and sperm forma a zygote which is singled celled diploid fertilized egg.
5) The site of the fetal development is the uterus.
6) The normal pH of urine in the morning is slightly acidic as no food is consumed while
sleeping which range from 4.5-7.0. by evening the urine becomes slightly alkaline.
7) During the fifth week of pregnancy or the third week after the conception fetal development
begins. this is known as the embryonis period
8) The tubular fluid moving into the collecting tubule is known as urine.
Solution
4) the union of egg and sperm forma a zygote which is singled celled diploid fertilized egg.
5) The site of the fetal development is the uterus.
6) The normal pH of urine in the morning is slightly acidic as no food is consumed while
sleeping which range from 4.5-7.0. by evening the urine becomes slightly alkaline.
7) During the fifth week of pregnancy or the third week after the conception fetal development
begins. this is known as the embryonis period
8) The tubular fluid moving into the collecting tubule is known as urine..
AnswerPlease find the required MIPS code for n fibonacci numbers.pdf
Answer
Please find the required MIPS code for n fibonacci numbers:
$Ltext0:
$LC0:
$LC1:
$LC2:
$LC3:
$LC4:
$LFB0 = .
main:
addiu $sp,$sp,-56
sw $31,52($sp)
sw $fp,48($sp)
move $fp,$sp
lui $28,%hi(__gnu_local_gp)
addiu $28,$28,%lo(__gnu_local_gp)
lw $2,%got(__stack_chk_guard)($28)
lw $2,0($2)
sw $2,44($fp)
lui $2,%hi($LC0)
addiu $4,$2,%lo($LC0)
lw $2,%call16(puts)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
addiu $2,$fp,24
move $5,$2
lui $2,%hi($LC1)
addiu $4,$2,%lo($LC1)
lw $2,%call16(scanf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
sw $0,28($fp)
li $2,1 # 0x1
sw $2,32($fp)
lw $2,24($fp)
move $5,$2
lui $2,%hi($LC2)
addiu $4,$2,%lo($LC2)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $6,32($fp)
lw $5,28($fp)
lui $2,%hi($LC3)
addiu $4,$2,%lo($LC3)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
$LBB2 = .
li $2,2 # 0x2
sw $2,36($fp)
$L3:
lw $2,24($fp)
lw $3,36($fp)
slt $2,$3,$2
beq $2,$0,$L2
nop
lw $3,28($fp)
lw $2,32($fp)
addu $2,$3,$2
sw $2,40($fp)
lw $5,40($fp)
lui $2,%hi($LC4)
addiu $4,$2,%lo($LC4)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $2,32($fp)
sw $2,28($fp)
lw $2,40($fp)
sw $2,32($fp)
lw $2,36($fp)
addiu $2,$2,1
sw $2,36($fp)
b $L3
nop
$L2:
$LBE2 = .
move $2,$0
lw $3,%got(__stack_chk_guard)($28)
lw $4,44($fp)
lw $3,0($3)
beq $4,$3,$L5
nop
lw $2,%call16(__stack_chk_fail)($28)
move $25,$2
1: jalr $25
nop
$L5:
move $sp,$fp
lw $31,52($sp)
lw $fp,48($sp)
addiu $sp,$sp,56
j $31
nop
$LFE0:
$Letext0:
$Ldebug_info0:
$Ldebug_abbrev0:
$Ldebug_line0:
$LASF6:
$LASF0:
$LASF3:
$LASF7:
$LASF12:
$LASF10:
$LASF1:
$LASF14:
$LASF8:
$LASF2:
$LASF4:
$LASF11:
$LASF5:
$LASF13:
$LASF9:
Solution
Answer
Please find the required MIPS code for n fibonacci numbers:
$Ltext0:
$LC0:
$LC1:
$LC2:
$LC3:
$LC4:
$LFB0 = .
main:
addiu $sp,$sp,-56
sw $31,52($sp)
sw $fp,48($sp)
move $fp,$sp
lui $28,%hi(__gnu_local_gp)
addiu $28,$28,%lo(__gnu_local_gp)
lw $2,%got(__stack_chk_guard)($28)
lw $2,0($2)
sw $2,44($fp)
lui $2,%hi($LC0)
addiu $4,$2,%lo($LC0)
lw $2,%call16(puts)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
addiu $2,$fp,24
move $5,$2
lui $2,%hi($LC1)
addiu $4,$2,%lo($LC1)
lw $2,%call16(scanf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
sw $0,28($fp)
li $2,1 # 0x1
sw $2,32($fp)
lw $2,24($fp)
move $5,$2
lui $2,%hi($LC2)
addiu $4,$2,%lo($LC2)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $6,32($fp)
lw $5,28($fp)
lui $2,%hi($LC3)
addiu $4,$2,%lo($LC3)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
$LBB2 = .
li $2,2 # 0x2
sw $2,36($fp)
$L3:
lw $2,24($fp)
lw $3,36($fp)
slt $2,$3,$2
beq $2,$0,$L2
nop
lw $3,28($fp)
lw $2,32($fp)
addu $2,$3,$2
sw $2,40($fp)
lw $5,40($fp)
lui $2,%hi($LC4)
addiu $4,$2,%lo($LC4)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $2,32($fp)
sw $2,28($fp)
lw $2,40($fp)
sw $2,32($fp)
lw $2,36($fp)
addiu $2,$2,1
sw $2,36($fp)
b $L3
nop
$L2:
$LBE2 = .
move $2,$0
lw $3,%got(__stack_chk_guar.
A. TsO is a better leaving group then OH Solu.pdf
TsO is a better leaving group than OH. The document states that TsO is a better leaving group than OH without providing any additional context or explanation for this statement.
International Financial Reporting Standards are a set of internation.pdf
International Financial Reporting Standards are a set of international Accounting Standards that
describes about how particular types of the transactions and other events should be reported in
Financial Statements.
IFRS are issued by the International Accounting Standards Board, and they dfescribes how
accountants must maintain and report their accounts.
IFRS are established in order to have a common accounting language, so business and accounts
can be understood from company to company and country to country.
Solution
International Financial Reporting Standards are a set of international Accounting Standards that
describes about how particular types of the transactions and other events should be reported in
Financial Statements.
IFRS are issued by the International Accounting Standards Board, and they dfescribes how
accountants must maintain and report their accounts.
IFRS are established in order to have a common accounting language, so business and accounts
can be understood from company to company and country to country..
ANIONSolutionANION.pdf
This very short document contains a single word "ANION" repeated three times. It does not provide enough context or details to generate a multi-sentence summary.
Fishers geometric model (FGM) is an evolutionary model of the effe.pdf
Fisher\'s geometric model (FGM) is an evolutionary model of the effect sizes and effect on
fitness of spontaneous mutations proposed by Ronald Fisher to explain the distribution of effects
of mutations that could contribute to adaptative evolution.
The notion that small mutations are the stuff of adaptive evolution was later formalized in one of
the founding documents of the modern synthesis, Ronald Fisher\'s (1930) The Genetical Theory
of Natural Selection. There, Fisher offered what later became a standard argument in the defense
of gradualism, his so-called geometric model of adaptation. Arguing that the essence of
adaptation is that organisms must conform to the environment in many ways and that mutations
have nearly universal pleiotropic effects, Fisher showed mathematically that mutations of small
phenotypic effect are more likely to be beneficial than are those of large phenotypic effect when
appearing in a high-dimensional (many-character) organism. Roughly put, Fisher showed that
large changes to a complex system are likely to have disastrous side effects: even if these
changes were to improve some part that needs improvement, they will likely worsen other parts.
Small changes to a complex system, on the other hand, have a reasonable chance of improving a
part that needs improvement while simultaneously preserving, or affecting only subtly, the rest
of the system.
Fisher is perhaps best known for what he called the Fundamental Theorem of Natural Selection.
Using a series of essentially mathematical arguments, Fisher showed that the rate of change via
natural selection was a direct function of the amount of variation in a population. That is,
The more variation among alleles that exists in a population, the faster natural selection can
causes changes in the allele frequencies in that population.
Conversely, the less variation among alleles that exists in a population, the slower natural
selection can causes changes in the allele frequencies in that population.
R. A. Fisher\'s work formed the basis for a mathematical theory of evolution in which the
process of natural selection is modeled mathematically in the same way that Newton modeled the
force of gravity. Indeed, Fisher pointed out several times that the mathematics of natural
selection were similar in many ways to such physical models as the ideal gas laws and the
second law of thermodynamics. According to his mathematical models, alleles that were
positively selected would increase in frequency in populations in much the same was as gas
molecules spread out in an expanding balloon.
To many evolutionary biologists, this meant that natural selection would inevitably result in
\"fixation\" of alleles that were not selected against. That is,
\"Any allele that results in increased survival and reproduction should, if given enough time,
eventually become the only allele for that particular trait in a particular population\".
This presented a problem to evolutionary biologists that was.
7^x=e^(x+2) taking natural log both sides xln7=(x+2)ln e ln e.pdf
7^x=e^(x+2)
taking natural log both sides
xln7=(x+2)*ln e
ln e=1
xln7=x+2
xln7-x=2
x=2/(ln7-1)
Solution
7^x=e^(x+2)
taking natural log both sides
xln7=(x+2)*ln e
ln e=1
xln7=x+2
xln7-x=2
x=2/(ln7-1).
Case 1 Mom colourbind with blood group A and Dad colourblind with b.pdf
Case 1: Mom colourbind with blood group A and Dad colourblind with blood group AB.
By Punetts square the possible Kids are Type A, Type AB, Type B. ALL will be colorblind.
Case 2: Mom colourbind with blood group A and Dad normal with blood group AB.
By Punetts square the possible Kids: Type A, Type AB, Type B, Type O. ALL will be normal.
Therefore,
Solution
Case 1: Mom colourbind with blood group A and Dad colourblind with blood group AB.
By Punetts square the possible Kids are Type A, Type AB, Type B. ALL will be colorblind.
Case 2: Mom colourbind with blood group A and Dad normal with blood group AB.
By Punetts square the possible Kids: Type A, Type AB, Type B, Type O. ALL will be normal.
Therefore,.
Ans-A. HubHub connects multiple Ethernet segments together mak.pdf
Ans-
A. Hub
Hub : connects multiple Ethernet segments together making then act as a single segment, when
using hub every attached device shares the same broadcast domain and same collision domain.
Therefore only one computer connected to the hub is able to transit at a time.ir provides
bandwidth which is shared among all objects compared to switches which provide dedicated
connection between individual nodes.
Solution
Ans-
A. Hub
Hub : connects multiple Ethernet segments together making then act as a single segment, when
using hub every attached device shares the same broadcast domain and same collision domain.
Therefore only one computer connected to the hub is able to transit at a time.ir provides
bandwidth which is shared among all objects compared to switches which provide dedicated
connection between individual nodes..
BIOLOGY NATIONAL EXAMINATION COUNCIL (NECO) 2024 PRACTICAL MANUAL.pptx
Practical manual for National Examination Council, Nigeria.
Contains guides on answering questions on the specimens provided
Benner "Expanding Pathways to Publishing Careers"
This presentation was provided by Rebecca Benner, Ph.D., of the American Society of Anesthesiologists, for the second session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session Two: 'Expanding Pathways to Publishing Careers,' was held June 13, 2024.
More Related Content
More from annamalaicells
none Sol.pdf
There is no document provided to summarize. The prompt asks for a 3 sentence or less summary of the given document, but no document content was included to summarize.
moles = molarity x volume volume of KCl = molesm.pdf
moles = molarity x volume volume of KCl = moles/molarity = 0.163 / 0.0550 =
2.96 L
Solution
moles = molarity x volume volume of KCl = moles/molarity = 0.163 / 0.0550 =
2.96 L.
Methyl group is electron releasing in nature ; it.pdf
Methyl group is electron releasing in nature ; it destabilises the corresponding
phenoxide ion as compared to the phenoxide ion obtained from phenol.
Solution
Methyl group is electron releasing in nature ; it destabilises the corresponding
phenoxide ion as compared to the phenoxide ion obtained from phenol..
Hydronium ion concentration = S then S^2 = [4.07.pdf
Hydronium ion concentration = S then S^2 = [4.07*10^-4]*[1.0*10^-4] s = 2.02
*10^-4 M
Solution
Hydronium ion concentration = S then S^2 = [4.07*10^-4]*[1.0*10^-4] s = 2.02
*10^-4 M.
Due to hydrogen bonding Quinizarin is a orange-re.pdf
Due to hydrogen bonding Quinizarin is a orange-red crystalline compound. It is
soluble in ethanol, diethyl ether, benzene and hot water. It has an only limited solubility in cold
water. Quinizarin can be oxidized to form 1,4,9,10-anthradiquinone by led tetraacetate.
Solution
Due to hydrogen bonding Quinizarin is a orange-red crystalline compound. It is
soluble in ethanol, diethyl ether, benzene and hot water. It has an only limited solubility in cold
water. Quinizarin can be oxidized to form 1,4,9,10-anthradiquinone by led tetraacetate..
covalent radius increases from top to bottom and .pdf
covalent radius increases from top to bottom and from right toleft. (Fr has the
largest radius). N < C < B < P < Si N has the smallest covalent radius.
Solution
covalent radius increases from top to bottom and from right toleft. (Fr has the
largest radius). N < C < B < P < Si N has the smallest covalent radius..
Common Polar Solvents - water, methyl alcohol Co.pdf
Common Polar Solvents - water, methyl alcohol Common Nonpolar Solvents -
hexane, acetone, diethyl ether,toluene
Solution
Common Polar Solvents - water, methyl alcohol Common Nonpolar Solvents -
hexane, acetone, diethyl ether,toluene.
R is NOT reflexive since (c,c) doesnt belong to RR is symmetric si.pdf
R is NOT reflexive since (c,c) doesnt belong to R
R is symmetric since for all x is related to y, y is related to x, i.e
(a,a), (a,a) both are present in R,
(b,b), (b,b) both are present in R,
(b,c), (c,b) both are present in R,
(c,b), (b,c) both are present in R,
(d,d), (d,d) both are present in R,
=>
R is Symmetric
R is NOT transitive since
(c,b) and (b,c) belong to R but (c,c) deosnt belong to R
=>
R is only symmetric
Solution
R is NOT reflexive since (c,c) doesnt belong to R
R is symmetric since for all x is related to y, y is related to x, i.e
(a,a), (a,a) both are present in R,
(b,b), (b,b) both are present in R,
(b,c), (c,b) both are present in R,
(c,b), (b,c) both are present in R,
(d,d), (d,d) both are present in R,
=>
R is Symmetric
R is NOT transitive since
(c,b) and (b,c) belong to R but (c,c) deosnt belong to R
=>
R is only symmetric.
Nasal cavity. Its mucus moistens the incoming air and traps dust. It.pdf
Nasal cavity. Its mucus moistens the incoming air and traps dust. It also has cilia which remove
out the particles trapped in mucus.
Solution
Nasal cavity. Its mucus moistens the incoming air and traps dust. It also has cilia which remove
out the particles trapped in mucus..
Ican always help you )SolutionIcan always help you ).pdf
This short document contains a simple message stating "Ican always help you :)" twice. It appears to be reassuring the reader that assistance is available.
Geometry is one of the earliest branches of Mathematics to be discus.pdf
Geometry is one of the earliest branches of Mathematics to be discussed. Its beginnings can be
traced in ancient Egypt or early or before 1700 B.C. Due to necessity, every time the Nile River
inundated and deposited fertile soil along the bank, the early Egyptian had to solve the problem
of size and boundaries of land along the Nile River. Changes happened in the contour of the land
had caused confusion among landowners. So a system of making boundaries, measuring lengths
and areas had to be discovered. From this circumstance the name
Solution
Geometry is one of the earliest branches of Mathematics to be discussed. Its beginnings can be
traced in ancient Egypt or early or before 1700 B.C. Due to necessity, every time the Nile River
inundated and deposited fertile soil along the bank, the early Egyptian had to solve the problem
of size and boundaries of land along the Nile River. Changes happened in the contour of the land
had caused confusion among landowners. So a system of making boundaries, measuring lengths
and areas had to be discovered. From this circumstance the name.
4) the union of egg and sperm forma a zygote which is singled celled.pdf
4) the union of egg and sperm forma a zygote which is singled celled diploid fertilized egg.
5) The site of the fetal development is the uterus.
6) The normal pH of urine in the morning is slightly acidic as no food is consumed while
sleeping which range from 4.5-7.0. by evening the urine becomes slightly alkaline.
7) During the fifth week of pregnancy or the third week after the conception fetal development
begins. this is known as the embryonis period
8) The tubular fluid moving into the collecting tubule is known as urine.
Solution
4) the union of egg and sperm forma a zygote which is singled celled diploid fertilized egg.
5) The site of the fetal development is the uterus.
6) The normal pH of urine in the morning is slightly acidic as no food is consumed while
sleeping which range from 4.5-7.0. by evening the urine becomes slightly alkaline.
7) During the fifth week of pregnancy or the third week after the conception fetal development
begins. this is known as the embryonis period
8) The tubular fluid moving into the collecting tubule is known as urine..
AnswerPlease find the required MIPS code for n fibonacci numbers.pdf
Answer
Please find the required MIPS code for n fibonacci numbers:
$Ltext0:
$LC0:
$LC1:
$LC2:
$LC3:
$LC4:
$LFB0 = .
main:
addiu $sp,$sp,-56
sw $31,52($sp)
sw $fp,48($sp)
move $fp,$sp
lui $28,%hi(__gnu_local_gp)
addiu $28,$28,%lo(__gnu_local_gp)
lw $2,%got(__stack_chk_guard)($28)
lw $2,0($2)
sw $2,44($fp)
lui $2,%hi($LC0)
addiu $4,$2,%lo($LC0)
lw $2,%call16(puts)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
addiu $2,$fp,24
move $5,$2
lui $2,%hi($LC1)
addiu $4,$2,%lo($LC1)
lw $2,%call16(scanf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
sw $0,28($fp)
li $2,1 # 0x1
sw $2,32($fp)
lw $2,24($fp)
move $5,$2
lui $2,%hi($LC2)
addiu $4,$2,%lo($LC2)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $6,32($fp)
lw $5,28($fp)
lui $2,%hi($LC3)
addiu $4,$2,%lo($LC3)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
$LBB2 = .
li $2,2 # 0x2
sw $2,36($fp)
$L3:
lw $2,24($fp)
lw $3,36($fp)
slt $2,$3,$2
beq $2,$0,$L2
nop
lw $3,28($fp)
lw $2,32($fp)
addu $2,$3,$2
sw $2,40($fp)
lw $5,40($fp)
lui $2,%hi($LC4)
addiu $4,$2,%lo($LC4)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $2,32($fp)
sw $2,28($fp)
lw $2,40($fp)
sw $2,32($fp)
lw $2,36($fp)
addiu $2,$2,1
sw $2,36($fp)
b $L3
nop
$L2:
$LBE2 = .
move $2,$0
lw $3,%got(__stack_chk_guard)($28)
lw $4,44($fp)
lw $3,0($3)
beq $4,$3,$L5
nop
lw $2,%call16(__stack_chk_fail)($28)
move $25,$2
1: jalr $25
nop
$L5:
move $sp,$fp
lw $31,52($sp)
lw $fp,48($sp)
addiu $sp,$sp,56
j $31
nop
$LFE0:
$Letext0:
$Ldebug_info0:
$Ldebug_abbrev0:
$Ldebug_line0:
$LASF6:
$LASF0:
$LASF3:
$LASF7:
$LASF12:
$LASF10:
$LASF1:
$LASF14:
$LASF8:
$LASF2:
$LASF4:
$LASF11:
$LASF5:
$LASF13:
$LASF9:
Solution
Answer
Please find the required MIPS code for n fibonacci numbers:
$Ltext0:
$LC0:
$LC1:
$LC2:
$LC3:
$LC4:
$LFB0 = .
main:
addiu $sp,$sp,-56
sw $31,52($sp)
sw $fp,48($sp)
move $fp,$sp
lui $28,%hi(__gnu_local_gp)
addiu $28,$28,%lo(__gnu_local_gp)
lw $2,%got(__stack_chk_guard)($28)
lw $2,0($2)
sw $2,44($fp)
lui $2,%hi($LC0)
addiu $4,$2,%lo($LC0)
lw $2,%call16(puts)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
addiu $2,$fp,24
move $5,$2
lui $2,%hi($LC1)
addiu $4,$2,%lo($LC1)
lw $2,%call16(scanf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
sw $0,28($fp)
li $2,1 # 0x1
sw $2,32($fp)
lw $2,24($fp)
move $5,$2
lui $2,%hi($LC2)
addiu $4,$2,%lo($LC2)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $6,32($fp)
lw $5,28($fp)
lui $2,%hi($LC3)
addiu $4,$2,%lo($LC3)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
$LBB2 = .
li $2,2 # 0x2
sw $2,36($fp)
$L3:
lw $2,24($fp)
lw $3,36($fp)
slt $2,$3,$2
beq $2,$0,$L2
nop
lw $3,28($fp)
lw $2,32($fp)
addu $2,$3,$2
sw $2,40($fp)
lw $5,40($fp)
lui $2,%hi($LC4)
addiu $4,$2,%lo($LC4)
lw $2,%call16(printf)($28)
move $25,$2
1: jalr $25
nop
lw $28,16($fp)
lw $2,32($fp)
sw $2,28($fp)
lw $2,40($fp)
sw $2,32($fp)
lw $2,36($fp)
addiu $2,$2,1
sw $2,36($fp)
b $L3
nop
$L2:
$LBE2 = .
move $2,$0
lw $3,%got(__stack_chk_guar.
A. TsO is a better leaving group then OH Solu.pdf
TsO is a better leaving group than OH. The document states that TsO is a better leaving group than OH without providing any additional context or explanation for this statement.
International Financial Reporting Standards are a set of internation.pdf
International Financial Reporting Standards are a set of international Accounting Standards that
describes about how particular types of the transactions and other events should be reported in
Financial Statements.
IFRS are issued by the International Accounting Standards Board, and they dfescribes how
accountants must maintain and report their accounts.
IFRS are established in order to have a common accounting language, so business and accounts
can be understood from company to company and country to country.
Solution
International Financial Reporting Standards are a set of international Accounting Standards that
describes about how particular types of the transactions and other events should be reported in
Financial Statements.
IFRS are issued by the International Accounting Standards Board, and they dfescribes how
accountants must maintain and report their accounts.
IFRS are established in order to have a common accounting language, so business and accounts
can be understood from company to company and country to country..
ANIONSolutionANION.pdf
This very short document contains a single word "ANION" repeated three times. It does not provide enough context or details to generate a multi-sentence summary.
Fishers geometric model (FGM) is an evolutionary model of the effe.pdf
Fisher\'s geometric model (FGM) is an evolutionary model of the effect sizes and effect on
fitness of spontaneous mutations proposed by Ronald Fisher to explain the distribution of effects
of mutations that could contribute to adaptative evolution.
The notion that small mutations are the stuff of adaptive evolution was later formalized in one of
the founding documents of the modern synthesis, Ronald Fisher\'s (1930) The Genetical Theory
of Natural Selection. There, Fisher offered what later became a standard argument in the defense
of gradualism, his so-called geometric model of adaptation. Arguing that the essence of
adaptation is that organisms must conform to the environment in many ways and that mutations
have nearly universal pleiotropic effects, Fisher showed mathematically that mutations of small
phenotypic effect are more likely to be beneficial than are those of large phenotypic effect when
appearing in a high-dimensional (many-character) organism. Roughly put, Fisher showed that
large changes to a complex system are likely to have disastrous side effects: even if these
changes were to improve some part that needs improvement, they will likely worsen other parts.
Small changes to a complex system, on the other hand, have a reasonable chance of improving a
part that needs improvement while simultaneously preserving, or affecting only subtly, the rest
of the system.
Fisher is perhaps best known for what he called the Fundamental Theorem of Natural Selection.
Using a series of essentially mathematical arguments, Fisher showed that the rate of change via
natural selection was a direct function of the amount of variation in a population. That is,
The more variation among alleles that exists in a population, the faster natural selection can
causes changes in the allele frequencies in that population.
Conversely, the less variation among alleles that exists in a population, the slower natural
selection can causes changes in the allele frequencies in that population.
R. A. Fisher\'s work formed the basis for a mathematical theory of evolution in which the
process of natural selection is modeled mathematically in the same way that Newton modeled the
force of gravity. Indeed, Fisher pointed out several times that the mathematics of natural
selection were similar in many ways to such physical models as the ideal gas laws and the
second law of thermodynamics. According to his mathematical models, alleles that were
positively selected would increase in frequency in populations in much the same was as gas
molecules spread out in an expanding balloon.
To many evolutionary biologists, this meant that natural selection would inevitably result in
\"fixation\" of alleles that were not selected against. That is,
\"Any allele that results in increased survival and reproduction should, if given enough time,
eventually become the only allele for that particular trait in a particular population\".
This presented a problem to evolutionary biologists that was.
7^x=e^(x+2) taking natural log both sides xln7=(x+2)ln e ln e.pdf
7^x=e^(x+2)
taking natural log both sides
xln7=(x+2)*ln e
ln e=1
xln7=x+2
xln7-x=2
x=2/(ln7-1)
Solution
7^x=e^(x+2)
taking natural log both sides
xln7=(x+2)*ln e
ln e=1
xln7=x+2
xln7-x=2
x=2/(ln7-1).
Case 1 Mom colourbind with blood group A and Dad colourblind with b.pdf
Case 1: Mom colourbind with blood group A and Dad colourblind with blood group AB.
By Punetts square the possible Kids are Type A, Type AB, Type B. ALL will be colorblind.
Case 2: Mom colourbind with blood group A and Dad normal with blood group AB.
By Punetts square the possible Kids: Type A, Type AB, Type B, Type O. ALL will be normal.
Therefore,
Solution
Case 1: Mom colourbind with blood group A and Dad colourblind with blood group AB.
By Punetts square the possible Kids are Type A, Type AB, Type B. ALL will be colorblind.
Case 2: Mom colourbind with blood group A and Dad normal with blood group AB.
By Punetts square the possible Kids: Type A, Type AB, Type B, Type O. ALL will be normal.
Therefore,.
Ans-A. HubHub connects multiple Ethernet segments together mak.pdf
Ans-
A. Hub
Hub : connects multiple Ethernet segments together making then act as a single segment, when
using hub every attached device shares the same broadcast domain and same collision domain.
Therefore only one computer connected to the hub is able to transit at a time.ir provides
bandwidth which is shared among all objects compared to switches which provide dedicated
connection between individual nodes.
Solution
Ans-
A. Hub
Hub : connects multiple Ethernet segments together making then act as a single segment, when
using hub every attached device shares the same broadcast domain and same collision domain.
Therefore only one computer connected to the hub is able to transit at a time.ir provides
bandwidth which is shared among all objects compared to switches which provide dedicated
connection between individual nodes..
More from annamalaicells (20)
moles = molarity x volume volume of KCl = molesm.pdf
moles = molarity x volume volume of KCl = molesm.pdf
Methyl group is electron releasing in nature ; it.pdf
Methyl group is electron releasing in nature ; it.pdf
Hydronium ion concentration = S then S^2 = [4.07.pdf
Hydronium ion concentration = S then S^2 = [4.07.pdf
Due to hydrogen bonding Quinizarin is a orange-re.pdf
Due to hydrogen bonding Quinizarin is a orange-re.pdf
covalent radius increases from top to bottom and .pdf
covalent radius increases from top to bottom and .pdf
Common Polar Solvents - water, methyl alcohol Co.pdf
Common Polar Solvents - water, methyl alcohol Co.pdf
R is NOT reflexive since (c,c) doesnt belong to RR is symmetric si.pdf
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9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
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Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
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Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
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1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
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