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B You are looking to find a buffer solution. A buffer is made by mixing a weak acid/base with its conjugate base/acid. HCl and NaOH are not weak acids or bases. So that only leaves B Solution B You are looking to find a buffer solution. A buffer is made by mixing a weak acid/base with its conjugate base/acid. HCl and NaOH are not weak acids or bases. So that only leaves B.
B You are looking to find a buffer solution. A buffer is made by mix.pdf
B You are looking to find a buffer solution. A buffer is made by mix.pdf
anonamobilesp
you will see brisk effervesence of hydrogen gas and white precipitate of PbSO4 Solution you will see brisk effervesence of hydrogen gas and white precipitate of PbSO4.
you will see brisk effervesence of hydrogen gas a.pdf
you will see brisk effervesence of hydrogen gas a.pdf
anonamobilesp
water, propyne, ethene, methane,methylamine Solution water, propyne, ethene, methane,methylamine.
water, propyne, ethene, methane,methylamine .pdf
water, propyne, ethene, methane,methylamine .pdf
anonamobilesp
Solution : At equilibrium we can write equation as: PbI2 (s) < = > Pb2+(aq) + 2 I-(aq) but we know for equilibrium Ksp = [Pb2+][I-]^2 this condition should be satisfied let we suppose x = PbI2 (mol/L) which gets dissolved . It will result in => x mol/L Pb2+ and 2x mol/L I- I- is already in the solution corresponding yo=0.025 M At equilibrium: we can write: [Pb2+]= x and [I-]= 2x + 0.025 Solving: 7.9 x 10^-9 = (x)(2x + 0.025)^2 =>x =1.3 x 10^-5 M which is molar solubility Please rate.
Solution At equilibrium we can write equation as.pdf
Solution At equilibrium we can write equation as.pdf
anonamobilesp
take the mean of the values and then find the variance and then from variance sqrt(variance) is the deviation Solution take the mean of the values and then find the variance and then from variance sqrt(variance) is the deviation.
take the mean of the values and then find the var.pdf
take the mean of the values and then find the var.pdf
anonamobilesp
Perchloric acid is very strong acid. So the conjugate base of perchloric acid is neutral ion. Hence KClO4 is neutral salt. Hydronium ion concentration = 1.0*10-7 M Solution Perchloric acid is very strong acid. So the conjugate base of perchloric acid is neutral ion. Hence KClO4 is neutral salt. Hydronium ion concentration = 1.0*10-7 M.
Perchloric acid is very strong acid. So the conju.pdf
Perchloric acid is very strong acid. So the conju.pdf
anonamobilesp
NaOH + HCl = NaCl + H2O Solution NaOH + HCl = NaCl + H2O.
NaOH + HCl = NaCl + H2O .pdf
NaOH + HCl = NaCl + H2O .pdf
anonamobilesp
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We know this is true. Therefore because this statement is true: (1x10^-14)/[OH-] = [H+]. Therefore, if the [OH-] is less than 1x10^-7 (when the ph would equal 7, neutral) , the [H+] will be greater than 1x10^-7. Therefore, when calculating ph (-log[H+]) the ph will be lower than 7. Therefore H2O can act as a weak acid. It cant be strong because because, remember, the autoionization of water is very very small, rapid and constantly going back and forth. Whereas, in a strong acid, there is complete ionization. Therefore, the answer is B, because kw does change with temperature. Solution Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We know this is true. Therefore because this statement is true: (1x10^-14)/[OH-] = [H+]. Therefore, if the [OH-] is less than 1x10^-7 (when the ph would equal 7, neutral) , the [H+] will be greater than 1x10^-7. Therefore, when calculating ph (-log[H+]) the ph will be lower than 7. Therefore H2O can act as a weak acid. It cant be strong because because, remember, the autoionization of water is very very small, rapid and constantly going back and forth. Whereas, in a strong acid, there is complete ionization. Therefore, the answer is B, because kw does change with temperature..
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We.pdf
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We.pdf
anonamobilesp
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B You are looking to find a buffer solution. A buffer is made by mixing a weak acid/base with its conjugate base/acid. HCl and NaOH are not weak acids or bases. So that only leaves B Solution B You are looking to find a buffer solution. A buffer is made by mixing a weak acid/base with its conjugate base/acid. HCl and NaOH are not weak acids or bases. So that only leaves B.
B You are looking to find a buffer solution. A buffer is made by mix.pdf
B You are looking to find a buffer solution. A buffer is made by mix.pdf
anonamobilesp
you will see brisk effervesence of hydrogen gas and white precipitate of PbSO4 Solution you will see brisk effervesence of hydrogen gas and white precipitate of PbSO4.
you will see brisk effervesence of hydrogen gas a.pdf
you will see brisk effervesence of hydrogen gas a.pdf
anonamobilesp
water, propyne, ethene, methane,methylamine Solution water, propyne, ethene, methane,methylamine.
water, propyne, ethene, methane,methylamine .pdf
water, propyne, ethene, methane,methylamine .pdf
anonamobilesp
Solution : At equilibrium we can write equation as: PbI2 (s) < = > Pb2+(aq) + 2 I-(aq) but we know for equilibrium Ksp = [Pb2+][I-]^2 this condition should be satisfied let we suppose x = PbI2 (mol/L) which gets dissolved . It will result in => x mol/L Pb2+ and 2x mol/L I- I- is already in the solution corresponding yo=0.025 M At equilibrium: we can write: [Pb2+]= x and [I-]= 2x + 0.025 Solving: 7.9 x 10^-9 = (x)(2x + 0.025)^2 =>x =1.3 x 10^-5 M which is molar solubility Please rate.
Solution At equilibrium we can write equation as.pdf
Solution At equilibrium we can write equation as.pdf
anonamobilesp
take the mean of the values and then find the variance and then from variance sqrt(variance) is the deviation Solution take the mean of the values and then find the variance and then from variance sqrt(variance) is the deviation.
take the mean of the values and then find the var.pdf
take the mean of the values and then find the var.pdf
anonamobilesp
Perchloric acid is very strong acid. So the conjugate base of perchloric acid is neutral ion. Hence KClO4 is neutral salt. Hydronium ion concentration = 1.0*10-7 M Solution Perchloric acid is very strong acid. So the conjugate base of perchloric acid is neutral ion. Hence KClO4 is neutral salt. Hydronium ion concentration = 1.0*10-7 M.
Perchloric acid is very strong acid. So the conju.pdf
Perchloric acid is very strong acid. So the conju.pdf
anonamobilesp
NaOH + HCl = NaCl + H2O Solution NaOH + HCl = NaCl + H2O.
NaOH + HCl = NaCl + H2O .pdf
NaOH + HCl = NaCl + H2O .pdf
anonamobilesp
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We know this is true. Therefore because this statement is true: (1x10^-14)/[OH-] = [H+]. Therefore, if the [OH-] is less than 1x10^-7 (when the ph would equal 7, neutral) , the [H+] will be greater than 1x10^-7. Therefore, when calculating ph (-log[H+]) the ph will be lower than 7. Therefore H2O can act as a weak acid. It cant be strong because because, remember, the autoionization of water is very very small, rapid and constantly going back and forth. Whereas, in a strong acid, there is complete ionization. Therefore, the answer is B, because kw does change with temperature. Solution Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We know this is true. Therefore because this statement is true: (1x10^-14)/[OH-] = [H+]. Therefore, if the [OH-] is less than 1x10^-7 (when the ph would equal 7, neutral) , the [H+] will be greater than 1x10^-7. Therefore, when calculating ph (-log[H+]) the ph will be lower than 7. Therefore H2O can act as a weak acid. It cant be strong because because, remember, the autoionization of water is very very small, rapid and constantly going back and forth. Whereas, in a strong acid, there is complete ionization. Therefore, the answer is B, because kw does change with temperature..
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We.pdf
Kw= [H+][OH-] =1x10^-14 at 25 degrees celsius. We.pdf
anonamobilesp
London-dispersion forces Solution London-dispersion forces.
London-dispersion forces .pdf
London-dispersion forces .pdf
anonamobilesp
mass% = mass of solute / (mass of solute + solvent) 0.013 = 1.5/(1.5+x) x = mass of solvent = 113.88 gms Solution mass% = mass of solute / (mass of solute + solvent) 0.013 = 1.5/(1.5+x) x = mass of solvent = 113.88 gms.
mass = mass of solute (mass of solute + solven.pdf
mass = mass of solute (mass of solute + solven.pdf
anonamobilesp
We have different types of Storage Networks like direct-attached storage (DAS), network- attached storage (NAS) and storage-area network (SANs). Now there is a huge difference between NAS and SAN 2.SAN(Storage Area Network) A SAN moves storage resources off the common user network and reorganizes them into an independent, high-performance network. This allows each server to access shared storage as if it were a drive directly attached to the server. When a host wants to access a storage device on the SAN, it sends out a block-based access request for the storage device. SAN would be appropiate for an Oracle Financial database, as Storage Area Network will be more efficient and reliable for a large database, as it is a high performance network and provides better results as compared to other Network Storage Technologies. Thank You for using Chegg... Solution We have different types of Storage Networks like direct-attached storage (DAS), network- attached storage (NAS) and storage-area network (SANs). Now there is a huge difference between NAS and SAN 2.SAN(Storage Area Network) A SAN moves storage resources off the common user network and reorganizes them into an independent, high-performance network. This allows each server to access shared storage as if it were a drive directly attached to the server. When a host wants to access a storage device on the SAN, it sends out a block-based access request for the storage device. SAN would be appropiate for an Oracle Financial database, as Storage Area Network will be more efficient and reliable for a large database, as it is a high performance network and provides better results as compared to other Network Storage Technologies. Thank You for using Chegg....
We have different types of Storage Networks like direct-attached sto.pdf
We have different types of Storage Networks like direct-attached sto.pdf
anonamobilesp
e.) One solvent cannot dissolve the sample if non polar Solution e.) One solvent cannot dissolve the sample if non polar.
e.) One solvent cannot dissolve the sample if non.pdf
e.) One solvent cannot dissolve the sample if non.pdf
anonamobilesp
data is insufficient Solution data is insufficient.
data is insufficient .pdf
data is insufficient .pdf
anonamobilesp
The difference between cyclic and non-cyclic electron transport NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA How can non cyclic photosynthetic electron transport function if the PSII and PS1 units are located in different regions of the thylakoid membrane? There is a mobile electron carriers in between PS I and PS II. Those are PQ (acts as a carrier between PS II and cytochrome complex) and PC (Cytochrome complex to PS I) NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA Solution The difference between cyclic and non-cyclic electron transport NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA How can non cyclic photosynthetic electron transport function if the PSII and PS1 units are located in different regions of the thylakoid membrane? There is a mobile electron carriers in between PS I and PS II. Those are PQ (acts as a carrier between PS II and cytochrome complex) and PC (Cytochrome complex to PS I) NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA.
The difference between cyclic and non-cyclic electron transportNON.pdf
The difference between cyclic and non-cyclic electron transportNON.pdf
anonamobilesp
The answer is: C) H2SO4 An Arrhenius acid dissociates in aqueous solution to form H+ ions. Only H2SO4 satisfies this condition: H2SO4(aq) => 2 H+(aq) + SO42-(aq) Solution The answer is: C) H2SO4 An Arrhenius acid dissociates in aqueous solution to form H+ ions. Only H2SO4 satisfies this condition: H2SO4(aq) => 2 H+(aq) + SO42-(aq).
The answer is C) H2SO4An Arrhenius acid dissociates in aqueous so.pdf
The answer is C) H2SO4An Arrhenius acid dissociates in aqueous so.pdf
anonamobilesp
covalent bond Solution covalent bond.
covalent bond Solution co.pdf
covalent bond Solution co.pdf
anonamobilesp
c. presence of isotopes of both carbon and hydrogen Solution c. presence of isotopes of both carbon and hydrogen.
c. presence of isotopes of both carbon and hydrog.pdf
c. presence of isotopes of both carbon and hydrog.pdf
anonamobilesp
CAFR is a set of U.S. government financial statements comprising the financial report of a state, municipal or other governmental entity. CAFR is prepared by the Office of the Chief Financial Officer (OCFO). The CAFR is released each year on time and with a clean opinion from the city\'s Independent Auditors. CAFR presents the city\'s financials, and that the results of the city\'s fiscal year operations are in accordance with generally accepted accounting principles. CAFR are smaller than the budget books. The statistical section of the CAFR is the most interesting because it gives you 10 years worth of data. It has all sorts of demographic information such as top employers, population, medium income and performance measures. The most confusing thing is that CAFRs don’t tell public officials or the public anything about fiscal sustainability. This is one of the negative thing about CAFR. Solution CAFR is a set of U.S. government financial statements comprising the financial report of a state, municipal or other governmental entity. CAFR is prepared by the Office of the Chief Financial Officer (OCFO). The CAFR is released each year on time and with a clean opinion from the city\'s Independent Auditors. CAFR presents the city\'s financials, and that the results of the city\'s fiscal year operations are in accordance with generally accepted accounting principles. CAFR are smaller than the budget books. The statistical section of the CAFR is the most interesting because it gives you 10 years worth of data. It has all sorts of demographic information such as top employers, population, medium income and performance measures. The most confusing thing is that CAFRs don’t tell public officials or the public anything about fiscal sustainability. This is one of the negative thing about CAFR..
CAFR is a set of U.S. government financial statements comprising the.pdf
CAFR is a set of U.S. government financial statements comprising the.pdf
anonamobilesp
Puerto Rico Boa Range: The Puerto Rican boa is endemic to Puerto Rico. It is more common on the karst region in the north-western tip of the island. Habitat: Puerto Rican boas are arboreal (live primarily in trees), but desend to ground level in rocky habitats. These snakes mainly use trees and caves for foraging and resting locations. Beside rocks and trees, light gaps and forest edges are frequently used for basking. Characteristics: The largest snake in Puerto Rico, this slender constrictor is non-venomous. As its scientific name indicates, inornatus (meaning unadorned), this species is not brightly colored. The color is generally variable but usually ranges from pale to dark brown or gray in color, with 70 to 80 darker colored blotches along the back from neck to vent. These dorsal blotches are generally dark-bordered with the centers of a lighter color. Behavior: These snakes mainly forage at night and bask or remain concealed during the day. Their activity peaks in times of high rainfall following prolonged dry spells. Generally this is at the time when seasonal temperatures, day length, and rainfall levels are increasing. The boa feeds by seizing the prey in its jaws, wrapping several coils around the victim, and then constricting until the prey has suffocated. The prey is then swallowed head first. The feeding habits of the very young are unknown. Reproduction: Mating occurs at the beginning of the wet season and the females give birth about 6 months later, and only one clutch is produced annually. The 23-32 young boas are born live. Hope this information works :-) Solution Puerto Rico Boa Range: The Puerto Rican boa is endemic to Puerto Rico. It is more common on the karst region in the north-western tip of the island. Habitat: Puerto Rican boas are arboreal (live primarily in trees), but desend to ground level in rocky habitats. These snakes mainly use trees and caves for foraging and resting locations. Beside rocks and trees, light gaps and forest edges are frequently used for basking. Characteristics: The largest snake in Puerto Rico, this slender constrictor is non-venomous. As its scientific name indicates, inornatus (meaning unadorned), this species is not brightly colored. The color is generally variable but usually ranges from pale to dark brown or gray in color, with 70 to 80 darker colored blotches along the back from neck to vent. These dorsal blotches are generally dark-bordered with the centers of a lighter color. Behavior: These snakes mainly forage at night and bask or remain concealed during the day. Their activity peaks in times of high rainfall following prolonged dry spells. Generally this is at the time when seasonal temperatures, day length, and rainfall levels are increasing. The boa feeds by seizing the prey in its jaws, wrapping several coils around the victim, and then constricting until the prey has suffocated. The prey is then swallowed head first. The feeding habits of the very young are unknown. Reproduct.
Puerto Rico BoaRangeThe Puerto Rican boa is endemic to Puerto R.pdf
Puerto Rico BoaRangeThe Puerto Rican boa is endemic to Puerto R.pdf
anonamobilesp
Media access control: Solution Media access control:.
Media access controlSolutionMedia access control.pdf
Media access controlSolutionMedia access control.pdf
anonamobilesp
Moles of H2SO4 = mass/molar mass = 84.1/98.08 = 0.8575 mol Volume = moles/concentration = 0.8575/0.41 = 2.09 L Solution Moles of H2SO4 = mass/molar mass = 84.1/98.08 = 0.8575 mol Volume = moles/concentration = 0.8575/0.41 = 2.09 L.
Moles of H2SO4 = massmolar mass= 84.198.08 = 0.8575 molVolume .pdf
Moles of H2SO4 = massmolar mass= 84.198.08 = 0.8575 molVolume .pdf
anonamobilesp
b.A resonance hybrid structure describes a molecule Solution b.A resonance hybrid structure describes a molecule.
b.A resonance hybrid structure describes a molecu.pdf
b.A resonance hybrid structure describes a molecu.pdf
anonamobilesp
Internal Vs. External Auditors Auditing is a very important part of a company\'s on going success. Companies utilize both internal and external auditors for different reasons all together. Both processes are very important to a company\'s success. This being said, what are the differences between internal and external auditors, and when should they be used? Internal auditors work within an organisation and report to its audit committee and/or directors. They help to design the company’s organising systems and help develop specific risk management policies. They also ensure that all policies implemented for risk management are operating effectively. The work of the internal auditor tends to be continuous and based on the internal control systems of a business of any size. External auditors are independent of the organisation they are auditing. They report to the company’s shareholders. They provide their experienced opinion on the truthfulness of the company’s financial statements and perform work on a test basis to monitor systems in place. There are three key differences in the activities of internal and external auditors. Each is discussed in depth below: Appointment External auditors are appointed by the shareholders of a company, although this usually comes through discussion with directors. External auditors must be appointed from a different company independent of their own whilst internal auditors are usually employees of the organisation. Keeping clients happy as an external auditor is often more difficult than internally as you already know those around you in the second instance. Objectives The objectives for an external auditor are usually defined by statute whilst management will set the objectives for internal audits. External auditors generally have free reign to examine and assess every aspect of the system whilst management can pinpoint and highlight certain areas they want internal auditors to focus on. There are various types of internal audit. Responsibility External auditors are responsible to the owners of the company which could be anybody from its owners to the shareholders to the government or general public. Internal auditors are responsible solely to the company’s senior management. An internal audit is designed to look at the key risks facing the business and how the business is managing those risks effectively. It usually results in recommendations for improvement across departments. Both financial and non-financial elements are usually included and the company’s reputation may be a factor which is assessed. An external audit focuses on finance and the key risks associated with the business’ financial business. They are usually performed on at least an annual basis to provide the annual statutory audit of the financial accounts. This audit is designed to show whether the accounts are a true and fair reflection of where the company sits financially. External auditors will evaluate all the internal controls put in pl.
Internal Vs. External Auditors Auditing is a very important part o.pdf
Internal Vs. External Auditors Auditing is a very important part o.pdf
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In twentieth century explanations for racial difference based on measurable and observable physical traits such as skin color, face shape gave way to a whole new way of thinking about the subject. There came much debate on race. The discussion of human variation , people have traditionally combined various characteristics such as skin color, face shape, nose shape, hair form whether curly or straight and the eye color. People who have particular combinations of these and physical traits have been place together in categories associated with specific geographical localities. Such categories are called races. Race was predominantly an emotionally sensitve issue considering the ideological overtones of the concept. Race instead came to be understood as a reflection of unseen differences that the scientists of the time discovered factors of heredity. As ideas about racial differences became rooted in biology, genetics came to provide the formative language of modern racism. Race according to DNA had also replaced the skin parameter. The genetic emphasis dispelled previously held misconceptions that races are fixed biological entities that don’t change over time and that are composed of individuals who all conform to a particular type. The idea that racial differences in appearance and complex social behaviors can be understood as genetic distinctions between so-called racial groups - was shaped, in large part, by the eugenics movement. Then according to Francis Galton, the founder of the movement, eugenics promised to give \"the more suitable races or strains of blood a better chance of prevailing over the less suitable.\" This could be done either through positive eugenics in which certain groups were encouraged to breed with one another; or through negative eugenics in which certain groups or individuals would be denied the right to reproduce either through sterilization, as was the case in the United States, or through genocide, as was the case in Nazi Germany. Under the guise of this biological banner, eugenic racial science exerted a diverse and far-reaching influence. It became a powerful ideological force in Nazi Germany, influenced the creation of eugenic sterilization laws in the United States that resulted in at least 30,000 sterilizations, stoked racial hatred in early 20th century America, and became a scientific buttress of 20th century American racial ideology. For the first three decades of the 20th century, many geneticists advocated eugenic ideas and helped to shape the movement. Solution In twentieth century explanations for racial difference based on measurable and observable physical traits such as skin color, face shape gave way to a whole new way of thinking about the subject. There came much debate on race. The discussion of human variation , people have traditionally combined various characteristics such as skin color, face shape, nose shape, hair form whether curly or straight and the eye color. People who have particular.
In twentieth century explanations for racial difference based on mea.pdf
In twentieth century explanations for racial difference based on mea.pdf
anonamobilesp
12. True Reason: The GFP gene encodes GFP protein that is used as a reporter of gene expression. B. 1) The correct answer is c.Helicase Reason: All options are required for PCR except helicase. 2) The correct answer is e.None of the above ( all of the statements are true) Reason: Complementary base pairing is a part of all the above mentioned processes. 3)The correct answer is b.contains a segment of DNA from a foreign source. Reason:Recombinant DNA is formed by process of genetic recombination from DNA of multiple sources. 4)The correct answer is e.All of the above. Reason:All of the above processes define cloniing. 5)The correct answer is d. Western Blot(transference of proteins onto nitrocellulose paper/membrane) Reason: DNA fingerprinting does not involve proteins . Solution 12. True Reason: The GFP gene encodes GFP protein that is used as a reporter of gene expression. B. 1) The correct answer is c.Helicase Reason: All options are required for PCR except helicase. 2) The correct answer is e.None of the above ( all of the statements are true) Reason: Complementary base pairing is a part of all the above mentioned processes. 3)The correct answer is b.contains a segment of DNA from a foreign source. Reason:Recombinant DNA is formed by process of genetic recombination from DNA of multiple sources. 4)The correct answer is e.All of the above. Reason:All of the above processes define cloniing. 5)The correct answer is d. Western Blot(transference of proteins onto nitrocellulose paper/membrane) Reason: DNA fingerprinting does not involve proteins ..
12. TrueReason The GFP gene encodes GFP protein that is used as a.pdf
12. TrueReason The GFP gene encodes GFP protein that is used as a.pdf
anonamobilesp
Al will go to cathode while Mg to anode Solution Al will go to cathode while Mg to anode.
Al will go to cathode while Mg to anode .pdf
Al will go to cathode while Mg to anode .pdf
anonamobilesp
f, h, j Solution f, h, j.
f, h, jSolutionf, h, j.pdf
f, h, jSolutionf, h, j.pdf
anonamobilesp
Effective nuclear charge = Zeff = the attraction of electrons to the nucleus Zeff decreases down a group because the size of the elements increase and electrons get farther away from the nucleus. Electron shielding reduces the charge of the outer electrons between the nucleus. Zeff increases across a period b/c as protons are added, valence electrons are also added and face less shielding. Elements are also smaller as you go left to right across periods. Cl, Na, P, S (largest to smallest) All the elements are in the same period and Zeff increases across the period so the order is: Cl, S, P, Na Solution Effective nuclear charge = Zeff = the attraction of electrons to the nucleus Zeff decreases down a group because the size of the elements increase and electrons get farther away from the nucleus. Electron shielding reduces the charge of the outer electrons between the nucleus. Zeff increases across a period b/c as protons are added, valence electrons are also added and face less shielding. Elements are also smaller as you go left to right across periods. Cl, Na, P, S (largest to smallest) All the elements are in the same period and Zeff increases across the period so the order is: Cl, S, P, Na.
Effective nuclear charge = Zeff = the attraction of electrons to the.pdf
Effective nuclear charge = Zeff = the attraction of electrons to the.pdf
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London-dispersion forces Solution London-dispersion forces.
London-dispersion forces .pdf
London-dispersion forces .pdf
anonamobilesp
mass% = mass of solute / (mass of solute + solvent) 0.013 = 1.5/(1.5+x) x = mass of solvent = 113.88 gms Solution mass% = mass of solute / (mass of solute + solvent) 0.013 = 1.5/(1.5+x) x = mass of solvent = 113.88 gms.
mass = mass of solute (mass of solute + solven.pdf
mass = mass of solute (mass of solute + solven.pdf
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We have different types of Storage Networks like direct-attached storage (DAS), network- attached storage (NAS) and storage-area network (SANs). Now there is a huge difference between NAS and SAN 2.SAN(Storage Area Network) A SAN moves storage resources off the common user network and reorganizes them into an independent, high-performance network. This allows each server to access shared storage as if it were a drive directly attached to the server. When a host wants to access a storage device on the SAN, it sends out a block-based access request for the storage device. SAN would be appropiate for an Oracle Financial database, as Storage Area Network will be more efficient and reliable for a large database, as it is a high performance network and provides better results as compared to other Network Storage Technologies. Thank You for using Chegg... Solution We have different types of Storage Networks like direct-attached storage (DAS), network- attached storage (NAS) and storage-area network (SANs). Now there is a huge difference between NAS and SAN 2.SAN(Storage Area Network) A SAN moves storage resources off the common user network and reorganizes them into an independent, high-performance network. This allows each server to access shared storage as if it were a drive directly attached to the server. When a host wants to access a storage device on the SAN, it sends out a block-based access request for the storage device. SAN would be appropiate for an Oracle Financial database, as Storage Area Network will be more efficient and reliable for a large database, as it is a high performance network and provides better results as compared to other Network Storage Technologies. Thank You for using Chegg....
We have different types of Storage Networks like direct-attached sto.pdf
We have different types of Storage Networks like direct-attached sto.pdf
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e.) One solvent cannot dissolve the sample if non polar Solution e.) One solvent cannot dissolve the sample if non polar.
e.) One solvent cannot dissolve the sample if non.pdf
e.) One solvent cannot dissolve the sample if non.pdf
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data is insufficient Solution data is insufficient.
data is insufficient .pdf
data is insufficient .pdf
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The difference between cyclic and non-cyclic electron transport NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA How can non cyclic photosynthetic electron transport function if the PSII and PS1 units are located in different regions of the thylakoid membrane? There is a mobile electron carriers in between PS I and PS II. Those are PQ (acts as a carrier between PS II and cytochrome complex) and PC (Cytochrome complex to PS I) NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA Solution The difference between cyclic and non-cyclic electron transport NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA How can non cyclic photosynthetic electron transport function if the PSII and PS1 units are located in different regions of the thylakoid membrane? There is a mobile electron carriers in between PS I and PS II. Those are PQ (acts as a carrier between PS II and cytochrome complex) and PC (Cytochrome complex to PS I) NON CYCLIC PHOSPHORELATION CYCLIC PHOSPHORELATION BOTH PHOTOSYSTEMS (PS I AND PS II) INVOLVED ONLY PSI INVOLVED ELECTRON MOVES IN A NON CYCLIC MANNER ELECTRON MOVES IN A CYCLIC MANNER ELECTRON FINALLY ACCEPTED BY NADP ELECTRON TRAVELS BACK TO PS I ATP AND NADPH ARE PRODUCED ATP ONLY PRODUCED PHOTOLYSIS OF WATER OCCURRED PHOTOLYSIS OF WATER ABSENT OXYGEN IS BYPRODUCT OXYGEN NOT EVOLVED MOST PRODOMINANT SYSTEM IN GREEN PLANTS MOST PRODOMINANT IN BACTERIA.
The difference between cyclic and non-cyclic electron transportNON.pdf
The difference between cyclic and non-cyclic electron transportNON.pdf
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The answer is: C) H2SO4 An Arrhenius acid dissociates in aqueous solution to form H+ ions. Only H2SO4 satisfies this condition: H2SO4(aq) => 2 H+(aq) + SO42-(aq) Solution The answer is: C) H2SO4 An Arrhenius acid dissociates in aqueous solution to form H+ ions. Only H2SO4 satisfies this condition: H2SO4(aq) => 2 H+(aq) + SO42-(aq).
The answer is C) H2SO4An Arrhenius acid dissociates in aqueous so.pdf
The answer is C) H2SO4An Arrhenius acid dissociates in aqueous so.pdf
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covalent bond Solution covalent bond.
covalent bond Solution co.pdf
covalent bond Solution co.pdf
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c. presence of isotopes of both carbon and hydrogen Solution c. presence of isotopes of both carbon and hydrogen.
c. presence of isotopes of both carbon and hydrog.pdf
c. presence of isotopes of both carbon and hydrog.pdf
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CAFR is a set of U.S. government financial statements comprising the financial report of a state, municipal or other governmental entity. CAFR is prepared by the Office of the Chief Financial Officer (OCFO). The CAFR is released each year on time and with a clean opinion from the city\'s Independent Auditors. CAFR presents the city\'s financials, and that the results of the city\'s fiscal year operations are in accordance with generally accepted accounting principles. CAFR are smaller than the budget books. The statistical section of the CAFR is the most interesting because it gives you 10 years worth of data. It has all sorts of demographic information such as top employers, population, medium income and performance measures. The most confusing thing is that CAFRs don’t tell public officials or the public anything about fiscal sustainability. This is one of the negative thing about CAFR. Solution CAFR is a set of U.S. government financial statements comprising the financial report of a state, municipal or other governmental entity. CAFR is prepared by the Office of the Chief Financial Officer (OCFO). The CAFR is released each year on time and with a clean opinion from the city\'s Independent Auditors. CAFR presents the city\'s financials, and that the results of the city\'s fiscal year operations are in accordance with generally accepted accounting principles. CAFR are smaller than the budget books. The statistical section of the CAFR is the most interesting because it gives you 10 years worth of data. It has all sorts of demographic information such as top employers, population, medium income and performance measures. The most confusing thing is that CAFRs don’t tell public officials or the public anything about fiscal sustainability. This is one of the negative thing about CAFR..
CAFR is a set of U.S. government financial statements comprising the.pdf
CAFR is a set of U.S. government financial statements comprising the.pdf
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Puerto Rico Boa Range: The Puerto Rican boa is endemic to Puerto Rico. It is more common on the karst region in the north-western tip of the island. Habitat: Puerto Rican boas are arboreal (live primarily in trees), but desend to ground level in rocky habitats. These snakes mainly use trees and caves for foraging and resting locations. Beside rocks and trees, light gaps and forest edges are frequently used for basking. Characteristics: The largest snake in Puerto Rico, this slender constrictor is non-venomous. As its scientific name indicates, inornatus (meaning unadorned), this species is not brightly colored. The color is generally variable but usually ranges from pale to dark brown or gray in color, with 70 to 80 darker colored blotches along the back from neck to vent. These dorsal blotches are generally dark-bordered with the centers of a lighter color. Behavior: These snakes mainly forage at night and bask or remain concealed during the day. Their activity peaks in times of high rainfall following prolonged dry spells. Generally this is at the time when seasonal temperatures, day length, and rainfall levels are increasing. The boa feeds by seizing the prey in its jaws, wrapping several coils around the victim, and then constricting until the prey has suffocated. The prey is then swallowed head first. The feeding habits of the very young are unknown. Reproduction: Mating occurs at the beginning of the wet season and the females give birth about 6 months later, and only one clutch is produced annually. The 23-32 young boas are born live. Hope this information works :-) Solution Puerto Rico Boa Range: The Puerto Rican boa is endemic to Puerto Rico. It is more common on the karst region in the north-western tip of the island. Habitat: Puerto Rican boas are arboreal (live primarily in trees), but desend to ground level in rocky habitats. These snakes mainly use trees and caves for foraging and resting locations. Beside rocks and trees, light gaps and forest edges are frequently used for basking. Characteristics: The largest snake in Puerto Rico, this slender constrictor is non-venomous. As its scientific name indicates, inornatus (meaning unadorned), this species is not brightly colored. The color is generally variable but usually ranges from pale to dark brown or gray in color, with 70 to 80 darker colored blotches along the back from neck to vent. These dorsal blotches are generally dark-bordered with the centers of a lighter color. Behavior: These snakes mainly forage at night and bask or remain concealed during the day. Their activity peaks in times of high rainfall following prolonged dry spells. Generally this is at the time when seasonal temperatures, day length, and rainfall levels are increasing. The boa feeds by seizing the prey in its jaws, wrapping several coils around the victim, and then constricting until the prey has suffocated. The prey is then swallowed head first. The feeding habits of the very young are unknown. Reproduct.
Puerto Rico BoaRangeThe Puerto Rican boa is endemic to Puerto R.pdf
Puerto Rico BoaRangeThe Puerto Rican boa is endemic to Puerto R.pdf
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Media access control: Solution Media access control:.
Media access controlSolutionMedia access control.pdf
Media access controlSolutionMedia access control.pdf
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Moles of H2SO4 = mass/molar mass = 84.1/98.08 = 0.8575 mol Volume = moles/concentration = 0.8575/0.41 = 2.09 L Solution Moles of H2SO4 = mass/molar mass = 84.1/98.08 = 0.8575 mol Volume = moles/concentration = 0.8575/0.41 = 2.09 L.
Moles of H2SO4 = massmolar mass= 84.198.08 = 0.8575 molVolume .pdf
Moles of H2SO4 = massmolar mass= 84.198.08 = 0.8575 molVolume .pdf
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b.A resonance hybrid structure describes a molecule Solution b.A resonance hybrid structure describes a molecule.
b.A resonance hybrid structure describes a molecu.pdf
b.A resonance hybrid structure describes a molecu.pdf
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Internal Vs. External Auditors Auditing is a very important part of a company\'s on going success. Companies utilize both internal and external auditors for different reasons all together. Both processes are very important to a company\'s success. This being said, what are the differences between internal and external auditors, and when should they be used? Internal auditors work within an organisation and report to its audit committee and/or directors. They help to design the company’s organising systems and help develop specific risk management policies. They also ensure that all policies implemented for risk management are operating effectively. The work of the internal auditor tends to be continuous and based on the internal control systems of a business of any size. External auditors are independent of the organisation they are auditing. They report to the company’s shareholders. They provide their experienced opinion on the truthfulness of the company’s financial statements and perform work on a test basis to monitor systems in place. There are three key differences in the activities of internal and external auditors. Each is discussed in depth below: Appointment External auditors are appointed by the shareholders of a company, although this usually comes through discussion with directors. External auditors must be appointed from a different company independent of their own whilst internal auditors are usually employees of the organisation. Keeping clients happy as an external auditor is often more difficult than internally as you already know those around you in the second instance. Objectives The objectives for an external auditor are usually defined by statute whilst management will set the objectives for internal audits. External auditors generally have free reign to examine and assess every aspect of the system whilst management can pinpoint and highlight certain areas they want internal auditors to focus on. There are various types of internal audit. Responsibility External auditors are responsible to the owners of the company which could be anybody from its owners to the shareholders to the government or general public. Internal auditors are responsible solely to the company’s senior management. An internal audit is designed to look at the key risks facing the business and how the business is managing those risks effectively. It usually results in recommendations for improvement across departments. Both financial and non-financial elements are usually included and the company’s reputation may be a factor which is assessed. An external audit focuses on finance and the key risks associated with the business’ financial business. They are usually performed on at least an annual basis to provide the annual statutory audit of the financial accounts. This audit is designed to show whether the accounts are a true and fair reflection of where the company sits financially. External auditors will evaluate all the internal controls put in pl.
Internal Vs. External Auditors Auditing is a very important part o.pdf
Internal Vs. External Auditors Auditing is a very important part o.pdf
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In twentieth century explanations for racial difference based on measurable and observable physical traits such as skin color, face shape gave way to a whole new way of thinking about the subject. There came much debate on race. The discussion of human variation , people have traditionally combined various characteristics such as skin color, face shape, nose shape, hair form whether curly or straight and the eye color. People who have particular combinations of these and physical traits have been place together in categories associated with specific geographical localities. Such categories are called races. Race was predominantly an emotionally sensitve issue considering the ideological overtones of the concept. Race instead came to be understood as a reflection of unseen differences that the scientists of the time discovered factors of heredity. As ideas about racial differences became rooted in biology, genetics came to provide the formative language of modern racism. Race according to DNA had also replaced the skin parameter. The genetic emphasis dispelled previously held misconceptions that races are fixed biological entities that don’t change over time and that are composed of individuals who all conform to a particular type. The idea that racial differences in appearance and complex social behaviors can be understood as genetic distinctions between so-called racial groups - was shaped, in large part, by the eugenics movement. Then according to Francis Galton, the founder of the movement, eugenics promised to give \"the more suitable races or strains of blood a better chance of prevailing over the less suitable.\" This could be done either through positive eugenics in which certain groups were encouraged to breed with one another; or through negative eugenics in which certain groups or individuals would be denied the right to reproduce either through sterilization, as was the case in the United States, or through genocide, as was the case in Nazi Germany. Under the guise of this biological banner, eugenic racial science exerted a diverse and far-reaching influence. It became a powerful ideological force in Nazi Germany, influenced the creation of eugenic sterilization laws in the United States that resulted in at least 30,000 sterilizations, stoked racial hatred in early 20th century America, and became a scientific buttress of 20th century American racial ideology. For the first three decades of the 20th century, many geneticists advocated eugenic ideas and helped to shape the movement. Solution In twentieth century explanations for racial difference based on measurable and observable physical traits such as skin color, face shape gave way to a whole new way of thinking about the subject. There came much debate on race. The discussion of human variation , people have traditionally combined various characteristics such as skin color, face shape, nose shape, hair form whether curly or straight and the eye color. People who have particular.
In twentieth century explanations for racial difference based on mea.pdf
In twentieth century explanations for racial difference based on mea.pdf
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12. True Reason: The GFP gene encodes GFP protein that is used as a reporter of gene expression. B. 1) The correct answer is c.Helicase Reason: All options are required for PCR except helicase. 2) The correct answer is e.None of the above ( all of the statements are true) Reason: Complementary base pairing is a part of all the above mentioned processes. 3)The correct answer is b.contains a segment of DNA from a foreign source. Reason:Recombinant DNA is formed by process of genetic recombination from DNA of multiple sources. 4)The correct answer is e.All of the above. Reason:All of the above processes define cloniing. 5)The correct answer is d. Western Blot(transference of proteins onto nitrocellulose paper/membrane) Reason: DNA fingerprinting does not involve proteins . Solution 12. True Reason: The GFP gene encodes GFP protein that is used as a reporter of gene expression. B. 1) The correct answer is c.Helicase Reason: All options are required for PCR except helicase. 2) The correct answer is e.None of the above ( all of the statements are true) Reason: Complementary base pairing is a part of all the above mentioned processes. 3)The correct answer is b.contains a segment of DNA from a foreign source. Reason:Recombinant DNA is formed by process of genetic recombination from DNA of multiple sources. 4)The correct answer is e.All of the above. Reason:All of the above processes define cloniing. 5)The correct answer is d. Western Blot(transference of proteins onto nitrocellulose paper/membrane) Reason: DNA fingerprinting does not involve proteins ..
12. TrueReason The GFP gene encodes GFP protein that is used as a.pdf
12. TrueReason The GFP gene encodes GFP protein that is used as a.pdf
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Al will go to cathode while Mg to anode Solution Al will go to cathode while Mg to anode.
Al will go to cathode while Mg to anode .pdf
Al will go to cathode while Mg to anode .pdf
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f, h, j Solution f, h, j.
f, h, jSolutionf, h, j.pdf
f, h, jSolutionf, h, j.pdf
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Effective nuclear charge = Zeff = the attraction of electrons to the nucleus Zeff decreases down a group because the size of the elements increase and electrons get farther away from the nucleus. Electron shielding reduces the charge of the outer electrons between the nucleus. Zeff increases across a period b/c as protons are added, valence electrons are also added and face less shielding. Elements are also smaller as you go left to right across periods. Cl, Na, P, S (largest to smallest) All the elements are in the same period and Zeff increases across the period so the order is: Cl, S, P, Na Solution Effective nuclear charge = Zeff = the attraction of electrons to the nucleus Zeff decreases down a group because the size of the elements increase and electrons get farther away from the nucleus. Electron shielding reduces the charge of the outer electrons between the nucleus. Zeff increases across a period b/c as protons are added, valence electrons are also added and face less shielding. Elements are also smaller as you go left to right across periods. Cl, Na, P, S (largest to smallest) All the elements are in the same period and Zeff increases across the period so the order is: Cl, S, P, Na.
Effective nuclear charge = Zeff = the attraction of electrons to the.pdf
Effective nuclear charge = Zeff = the attraction of electrons to the.pdf
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data is insufficient .pdf
data is insufficient .pdf
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Media access controlSolutionMedia access control.pdf
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