Question Estimate the values of bond angles 1 and 2 on the structural representation of creatine: H₂N I OH NH O A 1<109°,2 = 120° O B 1<109°, 2 = 1090 0 C 1 = 120°, 2 = 109° O D 1= 120°,2 = 1200 Estimate the values of bond angles 1 and 2 on the structural representation of creatine: NH O A 1<109°,2 = 120° O B 1<1090,2 = 1090 C 1 = 120°,2 = 1090 O D 1 = 120°, 2 = 120°

Question 10 (1 point) Identify the chemical reasons for the large negative Delta G associated with hydrolysis of ATP to ADP + Pi (Select all that apply, marks will be deducted for incorrect responses) a) The ability to tranfer a phosphate, pyrophosphate or an adenylate group to the reacting substrate. b) Resonance stabilization of the inorganic phosphate Question 10 (1 point) Identify the chemical reasons for the large negative Delta G associated with hydrolysis of ATP to ADP + Pi (Select all that apply, marks will be deducted for incorrect responses) a) The ability to tranfer a phosphate, pyrophosphate or an adenylate group to the reacting substrate. b) Resonance stabilization of the inorganic phosphate product c) The presence of the enzyme pyrophosphatase which hydrolyzes PP; to 2 P;. d) The ability of the phosphate group of ATP to participate in a variety of reactions with common functional groups. e) Release of charge repulsion among the negative charges f) ionization of ADP2-to form ADP3- and H+

2) Find the maximum and minimum values of f(x,y) = x + y subject to x2 - xy + y2 = 1.

7 * Question ( (3 نقطة) A particle as observed in a certain frame has a total energy of 10 MeV and a momentum of 8 MeV/c. What is its total energy in a frame in which its momentum is 6 MeV/c? a) 9.8 MeV b) 7.2 MeV c) 8.5 MeV d) 6.3 MeV e) 11.7 MeV f) 5.1 MeV a b d e f

In Exercises 15-22, calculate the approximation for the given function and interval.> $L_{4}, f(x)=\cos ^{2} x,\left[\frac{\pi}{6}, \frac{\pi}{2}\right]$

4.V2.pdf 1 / 2 100% + Your project team has been tasked with assembling 100 data acquisition systems in 8 days. The estimated cost of each unit is $10,000, for a total project cost of $1,000,000. The following table provides the schedule and cost estimates determined at the start of the project: Day 1 10 Day 2 12 Day 3 15 Day 4 18 Day 5 15 Day 6 15 Day 7 10 Day 8 5 100,000 120,000 Planned number of built systems Estimated cost for the day ($) Estimated cumulative cost ($) 150,000 180,000 150,000 150,000 100,000 50,000 100,000 220,000 370,000 550,000 700,000 850,000 950,000 100,000 We will evaluate the performance at the end of Day 4. The last two rows were added at the end of Day 4. Day 1 10 Day 2 12 Day 3 15 Day 4 18 Day 5 15 Day 6 15 Day 7 10 Day 8 5 Planned number of built systems Estimated cost for the day ($) 100,000 120,000 150,000 180,000 150,000 150,000 100,000 5000 ch P: ( 12°C 2.pdf 1 1 2 100% + We will evaluate the performance at the end of Day 4. The last two rows were added at the end of Day 4. Day 2 12 Day 3 15 Day 4 18 Day 5 15 Day 6 15 Day 7 10 Day 8 5 120,000 150,000 180,000 150,000 150,000 100,000 5000 Day 1 Planned 10 number of built systems Estimated 100,000 cost for the day ($) Estimated 100,000 cumulative cost ($) Actual cost 80,000 for the day ($) Actual 80,000 cumulative cost ($) 220,000 370,000 550,000 700,000 850,000 950,000 100,000 100,000 160,000 160,000 180,000 340,000 500,000 What is the budgeted cost of work scheduled (BCWS)? What is the budgeted cost of work performed (BCWP)? What is the actual cost of work performed (ACWP)? Calculate the schedule variance (SV). Calculate the cost variance (CV). Calculate the Schedule Performance Index (SPI). Calculate the Cost Performance Index (CPI).

civil engineering / civil engineering questions and answers / Problem 22.15 in Dynamics by Hibbler. It looks like more of a theoretic question, but the answer has to be stated like r = ,,,? Pls if possible i would like the answer to this question , some explenation is always appreciated