Question

In: Biology

You’ve been examining two enzymes (let’s call them Enzyme A and Enzyme B) . For enzyme...

You’ve been examining two enzymes (let’s call them Enzyme A and Enzyme B) . For enzyme A the Km=1000mM and Vmax = 1000 mmol/min. For Enzyme B, Km= 10mM and Vmax= 100 mmol/min. Showing your work, and explain your reasoning, determine which enzyme works faster at substrate concentrations of 5mM, 100mM, and 2000mM.

Solutions

Expert Solution


Related Solutions

Suppose two people (let’s call them Julio and Karina) agree to meet for lunch at a...
Suppose two people (let’s call them Julio and Karina) agree to meet for lunch at a certain restaurant, each person’s arrival time, in minutes after noon, follows a normal distribution with mean 30 and standard deviation 10. Assume that they arrive independently of each other and that they agree to wait for 15 minutes. If each person agrees to wait exactly fifteen minutes for the other before giving up and leaving. h) Report the probability distribution of the difference (not...
Consider two $60,000 investments – call them Investment A and Investment B. Both investments will earn...
Consider two $60,000 investments – call them Investment A and Investment B. Both investments will earn $5,000 with a probability of 0.5 and $1,000 with a probability of 0.5. Investment A will use 100% equity financing (issuing stocks). Investment B will get $30,000 through issuing stocks and $30,000 through issuing bonds. Investment B must pay 4% interest on the bonds. a. Calculate the expected returns on equity (returns after interest payments divided by the amount of equity) for Investment A...
Suppose the Earth had two Moons instead of one, with the second moon (let’s call it...
Suppose the Earth had two Moons instead of one, with the second moon (let’s call it Althea) orbiting in a 2:1 resonance inside of the Moon’s orbit. This means Althea orbits twice for each lunar sidereal period of 27.3 days. The mass and radius of Althea are Ma=5.34*10 ˆ 21 kg and Ra= 869 km. (a) (1 pt) Draw and label a diagram showing ‘from above’, the possible configuration(s) of Earth and its two moons when tides on Earth would...
This is the full question Consider a‘‘duel’’ between two players. Let’s call these players H and...
This is the full question Consider a‘‘duel’’ between two players. Let’s call these players H and D.Now,we have historical information on each because this is not their first duel. H will kill at long range with probability 0.3 and at short range with probability 0.8. D will kill at long range with probability 0.4 and at short range with probability 0.6. Let’s consider a system that awards 10 points for a kill for each player. Build a payoff matrix by...
Suppose that that there are 3 banks in the economy, call them Bank A, Bank B,...
Suppose that that there are 3 banks in the economy, call them Bank A, Bank B, and Bank C. Suppose that that all bank reserve 20% of their deposits. A consumer deposited $250 into Bank A. Bank A loaned out some money, which were all deposited into Bank B. Bank B loaned out some money, which were all deposited into Bank C. Part a (10 points) Construct the balance sheet for each bank. That is, fill out the following tables...
Many random processes are well understood. Let’s study two of them. A Bernoulli process is a...
Many random processes are well understood. Let’s study two of them. A Bernoulli process is a random process with only two possible outcomes: “Head” or “Tail”, “Success” or “Failure”, 1 or 0, etc. Examples: ipping a coin; winning the grand prize in a lottery; whether it rains on any given day. Let Y be the random variable of a Bernoulli process. It is customary to dene the sample space as S = {1,0}, where 1 denotes “Head” or “Success” and...
1. a You are examining two portfolios, A and B.; A consists of corporate bonds of...
1. a You are examining two portfolios, A and B.; A consists of corporate bonds of a five-year average duration with an expected return of 7% and standard deviation of 4%. B consists of equity shares and direct real estate with an expected return of 12% and standard deviation of 9%. If the correlation coefficient between the two portfolios is 0.36, determine the return of a portfolio 20% invested in A and the rest in B. write your answer in...
Dave Metal is examining two options – Machine A and Machine B - for a core-cutting...
Dave Metal is examining two options – Machine A and Machine B - for a core-cutting machine. Machine A Initial Cost $ 250,000 Savings $28,000/year Maintenance Cost $10,000/year + $0.05/unit Labor $0.25/widget Life 10 years Salvage Value $22,500. Machine B Initial Cost $ 180,000 Savings $22,000/year Maintenance Cost $20,000 /year Labor $0.50/widget Life 5 years Salvage Value $ 17,000. MARR is 12 percent and the company’s sale projection is 30,000 widgets/year. Should either, both or neither machine be purchased? Use...
MY NOTES Three types of charged particles, lets call them A, B, and C, are accelerated...
MY NOTES Three types of charged particles, lets call them A, B, and C, are accelerated and then pass through a velocity selector so that we know they have the same velocity, moving to the right. They then enter a region where the magnetic field is pointing into the paper. Particles A and B are deflected upwards, as shown, while particle C is deflected downwards. The paths of the charges in the field are arcs of circles with the radii...
A geneticist is studying the inheritance of two traits, let's just call them G and H....
A geneticist is studying the inheritance of two traits, let's just call them G and H. Each has two alleles and displays simple dominant/recessive phenotypes. They think that the two traits are independently assorting. The possible phenotypes of the offspring are dominant for G and H, dominant for G and recessive for H, recessive for G and dominant for H, and recessive for both G and H. 1. What is the predicted ratio of phenotypes of the offspring if these...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT