For the frame shown, solve for the reactions and pin forces at A, C.pdf
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For the frame shown, solve for the reactions and pin forces at A, C, and F. On the frame, draw the moment diagram for each of the members AB, BC, CD, and DF, on the tension side of the members. Solution Va and Vf are vertical reactions. Ha and Hf are horizontal reactions. Va + Vf = 0 & Ha + Hf = -36 M@A = 36 x 6 - Hf x 10 - Vf x 12 = 0...........eqn (1) as internal hinge, M@C = 0 36 x 6- Hf x 22 -Vf x8 = 0..................eqn(2) solving eqn 1 and 2, we get, Vf = 3Hf............put in (1) we get, Hf = 4.69 k Vf = 14.08 k...........put in equilibrium equations we get, Va = -14.08 k & Ha = -40.49 k now, the load is only on member DF therefore all other fixed end moments will be zero except member DF FDF = Wb2a/L2 = 42.84 k.ft FFD = Wba2/L2 = 114.24 k.ft distribution factors for pt D are 0.73 and 0.27 applying moment distribution method, hinges to be released. AB=0, BA=0, BC= 0 CB= 0 CD = -7.81 k.ft DC= 6.67 k.ft DF= -6.67 k.ft FD = 0 diagram to be drawn accordingly.
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(5) (3 points) When a donor type impurity is added to a host material.pdf
(5) (3 points) When a donor type impurity is added to a host material .what type of a
semiconductor (n or p - type) is obtained? Why?
Solution
When we add donor type impurities to the intrinsic semiconductor, we will have a n-type
semiconductor. N-type semiconductors are the semiconductors having larger electron
concentration. P-type semiconductors are the semiconductors having larger hole concentration.
In n-type semiconductor electrons are the majority carriers and holes are the minority carriers.
The donor elements are form the Group 5 elements in the periodic table. these elements are the
have 5 valence electrons. when we add these impurities, the host material like silicon forms bond
with donor elements. Here the silicon has only 4 valence electrons and these electrons participate
in bonding. But the donor element has 5 valence electrons. so, after the bond formation one
electron is weakly bonded. at room temperature this 5th electron can freely move around the
lattice and can carry currents. So, in this way we have extra electrons while adding donor atoms.
As we have extra electrons, due to this electrons are the majority carriers. when electrons are the
majority carriers, it is an n-type semiconductor. So, in this way adding donor type impurity
makes the host material n-type semiconductor..
(4) Let R be an integral domain. (b) Show that deg(f g) = deg(f) + de.pdf
(4) Let R be an integral domain. (b) Show that deg(f g) = deg(f) + deg(g) for all non-zero
polynomials f, g epsilon R[X]. Show by example that this isn?t the case in Z6[X] (even when the
product is non-zero).
Solution
R IS AN INTEGRAL DOMAIN .. THAT IS.
(15 pts) The diffusivity of carbon in BCC iron is 10^-12 m2s at 500 .pdf
(15 pts) The diffusivity of carbon in BCC iron is 10^-12 m2/s at 500 degree C which is much
greater than the value in FCC iron (about 200x greater). Explain why.
Solution
The Diffusivity of Carbon is high in BCC iron due to
More space leads to easier interstital impurity motion..
(1) is the movement of atoms, ions and other species through a materi.pdf
(1) is the movement of atoms, ions and other species through a material. There are two driving
factors responsible for this phenomenon. These factors include _(2)_ and _(3)_. In Materials we
are primarily concerned with interdiffusion as opposed to self diffusion as this is the mechanism
that is involved in a variety of material processes such as carburizing and nitriding. There are
two mechanisms for interdiffusion these include (4) which is the movement of atoms from one
vacancy site to another and (5) which is the movement of atoms from one interstitial site to
another The _(6)__ mechanism results in a faster rate of diffusion than the (7)_ mechanism
because there are more _(8)_ sites and because this mechanism also has a lower (9) energy.
There are three types of diffusion and these include _.(10)_ , __(11)___ and ___(12)_. The
slowest type is _(13)_ and the fastest type is _(14)_. We can use _(15)_ to predict the rate of
diffusion. Diffusion will occur faster in crystal structures that have lower (16) such as BCC as
opposed to those that have higher _(17)_ such as HCP. Diffusion is also affected by_(18)_ and
_(19)_. _(20)_ which is when a material subjected to a constant stress that is below its yield
stress at elevated temperatures will plastically deformed is a diffusion controlled property.
Section 2 word bank (you may use a word more than once and you do not have to use all of the
words).
Solution
1. Diffusion
2. Concentric Differences
3.Temperature
4. Vacancy Diffusion
5. Interstitial diffusion
6. Interstitial diffusion
7. Vacancy Diffusion
8. Interstitial
9. Activation
10 Interstitial diffusion
11. Vacancy Diffusion
12 Interstitial
13.. Vacancy Diffusion
14. Interstitial diffusion
15. Flicks first law
16. packing Fraction
17. Packing Fraction
18. Temperature
19. Grain Boundary
20. Creep.
#7. #7.2 Given a normal distribution withSolutionFor any no.pdf
#7. #7.2
Given a normal distribution with
Solution
For any normal random variable X with mean ? and standard deviation ? , X ~ Normal( ? , ? ),
(note that in most textbooks and literature the notation is with the variance, i.e., X ~ Normal( ? ,
?.
A.Alpha is the level of probability at which the n.pdf
A.
Alpha is the level of probability at which the null hypothesis can be rejected with confidence.
B.
As alpha increases, our chance of making a Type II error increases. C.
Alpha is the level of probability at which the null hypothesis can be retained with confidence.
D.
As alpha increases, our ability to reject the null hypothesis decreases.
Solution
As alpha increases, our chance of making a Type II error increases..
Suppose R is the rectangular region in the first quadrant on the z p.pdf
Suppose R is the rectangular region in the first quadrant on the z plane defined by 0 leq x leq
pi/2, 0 leq y leq 1, identify the images of the four boundaries of the rectangle R on the w plane
under the mapping w=sin(z).
Solution
SERVER NOT TAKING UP LOAD SHALL TRY LATER ..SO UP LOADING NOW AS
BELOW GRAPHS & OTHERS I WILL TRY LATER BY EDITING
----
W=SIN[Z]=SIN[X+IY]=SIN(X)COS(IY)+COS(X)SIN(IY)
W=SIN(X)COSH(Y)+I*COS(X)SINH(Y)
HENCE.
Based on a previous study, in 2005, 50 of all AmericanSolutio.pdf
Based on a previous study, in 2005, 50% of all American
Solution
Given n=150, p=0.5
mean=n*p=150*0.5=75
s=?n*p*(1-p)=sqrt(150*0.5*0.5)= 6.12
So the probability is
P(X>84)=P((X-mean)/s >(84-75)/6.12)
=P(Z>1.47)
=0.0708 (check standard normal table).
Which playing card replaces the question mark Solution jac.pdf
Which playing card replaces the question mark?
Solution
jack of spades There are 2 sequences in the grid - one determining the value of the card, and one
determining the suit of the card. Starting
on the top left and moving right, then down one row and to the left, then down the final row and
to the right, cards are arranged in order, with their value
increasing by 4 each time. To calculate the suit of each card, start on the top left and move
down, then right one row and move up etc. cards are
arranged in the order Hearts, Clubs, Diamonds, Spades..
Addition of coagulants would increase the double layer thickest of .pdf
Addition of coagulants would increase the double layer thickest of colloidal particles. Polymers
are often used as the primary coagulants in water/wastewater treatment plants. pH of water
would increase by stripping CO_2 from the solution One horsepower is a smaller power than one
kilo-Watt. Off-line flow equalization systems will incur more pumping costs than on-line equal
Most of colloids in our natural water are positively charged. Phosphorus is the main species
responsible for typical \"red water\" problems in Addition of calcium ions into a water sample
will raise fixed solid concentration Addition of alum to a water sample will reduce its alkalinity
or pH. A positive value of Langley index implies that the water n scaling. Precipitation of heavy
metals in water should he conducted under neutral or Sulfur in hydrogen sulfide (H_2S) is more
reduced than that in sulfate (SO_4^-2) The absorbance of a reverse osmosis effluent should he
smaller than that of The higher the conductivity, the higher the suspended solid concentration
The larger the SOR of a sedimentation tank, the better its particle removal The Nernst potential
is the potential of a charged particle at its shear plan Typical hydraulic detention lime of aerated
grit chambers at POTWs is Ventura-type flow meters are used to measure flow rules in open-
chain Water softening is to reduce carbonates from water.
Solution
9. False : soda ash is a chemial used to soften or to remove the non carbonate hardness.
10. True : Coagulation is the process of destabilization by charge neutralization. Once
neutralized, particles no longer repel each other and can be brought together. Coagulation is
necessary for the removal of the colloidal-sized suspended matter.
11.True : polymers can be used as a primary coagulant in waste water treatment.cationic
polymers are used for this process.
12.True : The use of air as the gaseous medium for stripping CO2 increased the pH to a
maximum value of approximately 8.53
13.True : 1 HP = 0.7457 KW
14.True : in offline eqilization process the pumping will be done from lower level to higher level
whereas in online eqilization process it is pumped through same level.
15.False : Soil colloids both organic and inorganic when suspended in water, carry a negative
electric charge. When an electric current is passed through a suspension of soil colloidal particles
they migrate to anode, the positive electrode indicating that they carry a negative charge. The
magnitude of the charge is known as zeta potential.
16.True : phosphate is the most effective and more practical than any other measures.phosphates
are mined to obtain phosphorus for use in agriculture and industry.
18. True : alum is the first coagulant of choice because of its lower cost and its widespread
availability.by adding alum to water it reduces alkalinity/pH.
19.True : The Langelier Index is an approximate indicator of the degree of saturation of calcium
carbonate in water.
27. False : venturi type flow m.
What do you understand by Employee Benefits, explain the contempora.pdf
What do you understand by Employee Benefits, explain the contemporary benefits offerings to
employees?.
Solution
Employee Benefits
Employee benefits are optional, non-wage compensation provided to employees in addition to
their normal wages or salaries. These types of benefits may include group insurance (health,
dental, vision, life etc.), disability income protection, retirement benefits, daycare, tuition
reimbursement, sick leave, vacation (paid and non-paid), funding of education, as well as
flexible and alternative work arrangements.
The benefits of benefits plans
Although expensive, there are many intrinsic benefits to providing your employees with a
comprehensive benefit plan. For most, it is the ability to find and keep highly qualified staff that
is the key driver. With the sector being highly competitive and the number of new employees
entering the workforce dwindling, employers are challenged to become even more creative and
responsive in the design, timing and generosity of their benefit plans. The more progressive the
organization, the more flexible the structure is in response to today.
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I am Piers L. I am a Calculus Homework Solver at mathhomeworksolver.com. I hold a Master's in Mathematics From, the University of Adelaide. I have been helping students with their homework for the past 7 years. I solve homework related to Calculus.
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Differential Equations Homework Help
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Similar to For the frame shown, solve for the reactions and pin forces at A, C.pdf (11)
More from ritu816025
(5) (3 points) When a donor type impurity is added to a host material.pdf
(5) (3 points) When a donor type impurity is added to a host material .what type of a
semiconductor (n or p - type) is obtained? Why?
Solution
When we add donor type impurities to the intrinsic semiconductor, we will have a n-type
semiconductor. N-type semiconductors are the semiconductors having larger electron
concentration. P-type semiconductors are the semiconductors having larger hole concentration.
In n-type semiconductor electrons are the majority carriers and holes are the minority carriers.
The donor elements are form the Group 5 elements in the periodic table. these elements are the
have 5 valence electrons. when we add these impurities, the host material like silicon forms bond
with donor elements. Here the silicon has only 4 valence electrons and these electrons participate
in bonding. But the donor element has 5 valence electrons. so, after the bond formation one
electron is weakly bonded. at room temperature this 5th electron can freely move around the
lattice and can carry currents. So, in this way we have extra electrons while adding donor atoms.
As we have extra electrons, due to this electrons are the majority carriers. when electrons are the
majority carriers, it is an n-type semiconductor. So, in this way adding donor type impurity
makes the host material n-type semiconductor..
(4) Let R be an integral domain. (b) Show that deg(f g) = deg(f) + de.pdf
(4) Let R be an integral domain. (b) Show that deg(f g) = deg(f) + deg(g) for all non-zero
polynomials f, g epsilon R[X]. Show by example that this isn?t the case in Z6[X] (even when the
product is non-zero).
Solution
R IS AN INTEGRAL DOMAIN .. THAT IS.
(15 pts) The diffusivity of carbon in BCC iron is 10^-12 m2s at 500 .pdf
(15 pts) The diffusivity of carbon in BCC iron is 10^-12 m2/s at 500 degree C which is much
greater than the value in FCC iron (about 200x greater). Explain why.
Solution
The Diffusivity of Carbon is high in BCC iron due to
More space leads to easier interstital impurity motion..
(1) is the movement of atoms, ions and other species through a materi.pdf
(1) is the movement of atoms, ions and other species through a material. There are two driving
factors responsible for this phenomenon. These factors include _(2)_ and _(3)_. In Materials we
are primarily concerned with interdiffusion as opposed to self diffusion as this is the mechanism
that is involved in a variety of material processes such as carburizing and nitriding. There are
two mechanisms for interdiffusion these include (4) which is the movement of atoms from one
vacancy site to another and (5) which is the movement of atoms from one interstitial site to
another The _(6)__ mechanism results in a faster rate of diffusion than the (7)_ mechanism
because there are more _(8)_ sites and because this mechanism also has a lower (9) energy.
There are three types of diffusion and these include _.(10)_ , __(11)___ and ___(12)_. The
slowest type is _(13)_ and the fastest type is _(14)_. We can use _(15)_ to predict the rate of
diffusion. Diffusion will occur faster in crystal structures that have lower (16) such as BCC as
opposed to those that have higher _(17)_ such as HCP. Diffusion is also affected by_(18)_ and
_(19)_. _(20)_ which is when a material subjected to a constant stress that is below its yield
stress at elevated temperatures will plastically deformed is a diffusion controlled property.
Section 2 word bank (you may use a word more than once and you do not have to use all of the
words).
Solution
1. Diffusion
2. Concentric Differences
3.Temperature
4. Vacancy Diffusion
5. Interstitial diffusion
6. Interstitial diffusion
7. Vacancy Diffusion
8. Interstitial
9. Activation
10 Interstitial diffusion
11. Vacancy Diffusion
12 Interstitial
13.. Vacancy Diffusion
14. Interstitial diffusion
15. Flicks first law
16. packing Fraction
17. Packing Fraction
18. Temperature
19. Grain Boundary
20. Creep.
#7. #7.2 Given a normal distribution withSolutionFor any no.pdf
#7. #7.2
Given a normal distribution with
Solution
For any normal random variable X with mean ? and standard deviation ? , X ~ Normal( ? , ? ),
(note that in most textbooks and literature the notation is with the variance, i.e., X ~ Normal( ? ,
?.
A.Alpha is the level of probability at which the n.pdf
A.
Alpha is the level of probability at which the null hypothesis can be rejected with confidence.
B.
As alpha increases, our chance of making a Type II error increases. C.
Alpha is the level of probability at which the null hypothesis can be retained with confidence.
D.
As alpha increases, our ability to reject the null hypothesis decreases.
Solution
As alpha increases, our chance of making a Type II error increases..
Suppose R is the rectangular region in the first quadrant on the z p.pdf
Suppose R is the rectangular region in the first quadrant on the z plane defined by 0 leq x leq
pi/2, 0 leq y leq 1, identify the images of the four boundaries of the rectangle R on the w plane
under the mapping w=sin(z).
Solution
SERVER NOT TAKING UP LOAD SHALL TRY LATER ..SO UP LOADING NOW AS
BELOW GRAPHS & OTHERS I WILL TRY LATER BY EDITING
----
W=SIN[Z]=SIN[X+IY]=SIN(X)COS(IY)+COS(X)SIN(IY)
W=SIN(X)COSH(Y)+I*COS(X)SINH(Y)
HENCE.
Based on a previous study, in 2005, 50 of all AmericanSolutio.pdf
Based on a previous study, in 2005, 50% of all American
Solution
Given n=150, p=0.5
mean=n*p=150*0.5=75
s=?n*p*(1-p)=sqrt(150*0.5*0.5)= 6.12
So the probability is
P(X>84)=P((X-mean)/s >(84-75)/6.12)
=P(Z>1.47)
=0.0708 (check standard normal table).
Which playing card replaces the question mark Solution jac.pdf
Which playing card replaces the question mark?
Solution
jack of spades There are 2 sequences in the grid - one determining the value of the card, and one
determining the suit of the card. Starting
on the top left and moving right, then down one row and to the left, then down the final row and
to the right, cards are arranged in order, with their value
increasing by 4 each time. To calculate the suit of each card, start on the top left and move
down, then right one row and move up etc. cards are
arranged in the order Hearts, Clubs, Diamonds, Spades..
Addition of coagulants would increase the double layer thickest of .pdf
Addition of coagulants would increase the double layer thickest of colloidal particles. Polymers
are often used as the primary coagulants in water/wastewater treatment plants. pH of water
would increase by stripping CO_2 from the solution One horsepower is a smaller power than one
kilo-Watt. Off-line flow equalization systems will incur more pumping costs than on-line equal
Most of colloids in our natural water are positively charged. Phosphorus is the main species
responsible for typical \"red water\" problems in Addition of calcium ions into a water sample
will raise fixed solid concentration Addition of alum to a water sample will reduce its alkalinity
or pH. A positive value of Langley index implies that the water n scaling. Precipitation of heavy
metals in water should he conducted under neutral or Sulfur in hydrogen sulfide (H_2S) is more
reduced than that in sulfate (SO_4^-2) The absorbance of a reverse osmosis effluent should he
smaller than that of The higher the conductivity, the higher the suspended solid concentration
The larger the SOR of a sedimentation tank, the better its particle removal The Nernst potential
is the potential of a charged particle at its shear plan Typical hydraulic detention lime of aerated
grit chambers at POTWs is Ventura-type flow meters are used to measure flow rules in open-
chain Water softening is to reduce carbonates from water.
Solution
9. False : soda ash is a chemial used to soften or to remove the non carbonate hardness.
10. True : Coagulation is the process of destabilization by charge neutralization. Once
neutralized, particles no longer repel each other and can be brought together. Coagulation is
necessary for the removal of the colloidal-sized suspended matter.
11.True : polymers can be used as a primary coagulant in waste water treatment.cationic
polymers are used for this process.
12.True : The use of air as the gaseous medium for stripping CO2 increased the pH to a
maximum value of approximately 8.53
13.True : 1 HP = 0.7457 KW
14.True : in offline eqilization process the pumping will be done from lower level to higher level
whereas in online eqilization process it is pumped through same level.
15.False : Soil colloids both organic and inorganic when suspended in water, carry a negative
electric charge. When an electric current is passed through a suspension of soil colloidal particles
they migrate to anode, the positive electrode indicating that they carry a negative charge. The
magnitude of the charge is known as zeta potential.
16.True : phosphate is the most effective and more practical than any other measures.phosphates
are mined to obtain phosphorus for use in agriculture and industry.
18. True : alum is the first coagulant of choice because of its lower cost and its widespread
availability.by adding alum to water it reduces alkalinity/pH.
19.True : The Langelier Index is an approximate indicator of the degree of saturation of calcium
carbonate in water.
27. False : venturi type flow m.
What do you understand by Employee Benefits, explain the contempora.pdf
What do you understand by Employee Benefits, explain the contemporary benefits offerings to
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Solution
Employee Benefits
Employee benefits are optional, non-wage compensation provided to employees in addition to
their normal wages or salaries. These types of benefits may include group insurance (health,
dental, vision, life etc.), disability income protection, retirement benefits, daycare, tuition
reimbursement, sick leave, vacation (paid and non-paid), funding of education, as well as
flexible and alternative work arrangements.
The benefits of benefits plans
Although expensive, there are many intrinsic benefits to providing your employees with a
comprehensive benefit plan. For most, it is the ability to find and keep highly qualified staff that
is the key driver. With the sector being highly competitive and the number of new employees
entering the workforce dwindling, employers are challenged to become even more creative and
responsive in the design, timing and generosity of their benefit plans. The more progressive the
organization, the more flexible the structure is in response to today.
Problem 1 For the periodic signal shown below, find a) Its period .pdf
Problem 1 For the periodic signal shown below, find: a) Its period b) Its average value C) Its
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Solution
A) The period of signal is 180*(pi value)
let VL is load voltage,
B)the average value is VL = V/ = 0.318VL
c)the rms value is Im=(V L)*2 /R.
Light can interact with gas molecules and particles in various ways.pdf
Light can interact with gas molecules and particles in various ways, e.g., reflection,
transmission, refraction, and absorption. Among them, which can be responsible for warming up
the atmosphere? To build a greenhouse, people often use materials like glass and plastic films
transparent to visible light but with strong infrared absorption. Why?
Solution
a)
b).
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The US House of Representatives is deeply concerned by ongoing and pervasive acts of antisemitic
harassment and intimidation at the Massachusetts Institute of Technology (MIT). Failing to act decisively to ensure a safe learning environment for all students would be a grave dereliction of your responsibilities as President of MIT and Chair of the MIT Corporation.
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unwillingness to rectify this violation through action requires accountability.
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students that opportunity and have been hijacked to become venues for the promotion of terrorism, antisemitic harassment and intimidation, unlawful encampments, and in some cases, assaults and riots.
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