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Find a function...
Please show all work and steps I will provide like for answer 9. Suppose a particle...
Please show all work and steps I will provide like for
answer
9. Suppose a particle traverses a path given by r(t) = (+2+1)i+(t sinht)j + (Int)k. Determine the speed of the particle when t = 1. (Recall that sinh t = (et - e-t)/2 is the hyperbolic sine function.]
answer both parts for the question on excel with formulas and solver function. show all steps...
answer both parts for the question on excel with formulas and
solver function. show all steps with screen shots of excel please
and thank you!
I. The North-South highway system passing through Albany can accommodate the capacities as shown below (numbers are in '000s vehicles per hour). What is the maximum flow that can be handled between a) points 1 and 6 b) points and 5 For both the above cases, what would be required to increase the capacity by...
Please explain and show the steps very clear, also solve all a, b and c. thank...
Please explain and show the steps very clear, also solve all a,
b and c.
thank you,
Please consider the cireuit shown below R. fl) C-4 a. Please fmd the transfer function from the input fe) to the output (). Please leave your answer in terms of R. (10 points) t y(t). Please leave b. Please design R so that impulse response has the form h(t) -Ae-* +Be-qt, i.e. it contains a decaying exponential term proportional to e-3. Also, please...
please help with parts b and c! I do not understand how to find F. Thank you! 7. Find the line integral of F-(6x2-6x) i +6z j + k from (0,0,0) to (1,1,1) over each of the following paths in the...
please help with parts b and c! I do not understand how to
find F. Thank you!
7. Find the line integral of F-(6x2-6x) i +6z j + k from (0,0,0) to (1,1,1) over each of the following paths in the accompanying figure. b.C2: r(t)-ti+12 j+14 k, 0sts1 c. C3UC4: the path consisting of the line segment from (0,0,0) to (1.1,0) followed by the segment from (1,1,0) to (1,1,1) a. The line integral of F over C1 is b. The...
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I WILL DOWNVOTE YOU....
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I
WILL DOWNVOTE YOU. USE SIGNIFICANT FIGURES!!!!
QUESTION 3 1 points Save Answer A fixed sample of gas occupies 28.4 mL at 176.6 K. What volume will the gas occupy at 291.4 K? V= __mL QUESTION 4 Save Answer Ativadamloofsovertcnrncoura1n Tour +121 TAIL- of gas exerts a pressure of 510 Torr at 313 K. What will the pressure be (in atm) if the temperature is reduced to 171...
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I WILL DOWNVOTE YOU....
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I
WILL DOWNVOTE YOU. USE SIGNIFICANT FIGURES!!!!
QUESTION 5 Save Answer A fixed sample of gas occupies 13.5 L at 60.5 °C and 0.612 atm. If the gas expands to 40.2 L and the temperature drops to 18 °C, what will the new pressure be? p = __ atm QUESTION 6 1 points Save Answer How many moles of gas are contained in a sample of gas that...
Find the curve describing a straight line going through the points P:(1,1,1) and Q :(-3,4,1) Hint:...
Find the curve describing a straight line going through the points P:(1,1,1) and Q :(-3,4,1) Hint: A straight line starting at a in a direction b can be parametrized as r(t) = a + tb
Please explain and show all the steps instead of just giving an answer. (Production function) Condsider...
Please explain and show all the steps instead of just giving an
answer.
(Production function) Condsider a representitive firm with a production function which is (i) twice continuously differentiable; (i) exhibits positive and diminishing marginal product and (iii) has constant return to scale: 1. Y = F(K, L) Given the capital rental price R and the wage w, and the good price P is normalized to 1, the firm can choose K and L to maximize its profit: max F(K,...
Please answer question and all parts completely. Show all of your work in detailed steps. PROBLEM...
Please answer question and all parts completely. Show
all of your work in detailed steps.
PROBLEM 1. A music wire ASTM 228, peened wire will be used in a spring application. The spring must fit in a 1.55 inch hole. The height of the spring Li = 2.4 inch is when a force of 54 lbs. is applied and for a second force of 86 lbs. the height must be 1.7 inch. The spring will be designed for a control...
please do all parts and show work The goal of this question is to derive relationships...
please do all parts and show work
The goal of this question is to derive relationships of how the pressure and temperature (main part) depend on the height over the sea level h. To do so, we can consider thin slabs of air, vertically stacked. The temperature and pressure at sea level can be denoted T, and pe. For the numerical parts of this question, you can use a molar mass 29.0 g/mol, specific heat c, = 1.00 kJ/kg and...
Please show all work and steps I will provide like for
answer
9. Suppose a particle traverses a path given by r(t) = (+2+1)i+(t sinht)j + (Int)k. Determine the speed of the particle when t = 1. (Recall that sinh t = (et - e-t)/2 is the hyperbolic sine function.]
answer both parts for the question on excel with formulas and
solver function. show all steps with screen shots of excel please
and thank you!
I. The North-South highway system passing through Albany can accommodate the capacities as shown below (numbers are in '000s vehicles per hour). What is the maximum flow that can be handled between a) points 1 and 6 b) points and 5 For both the above cases, what would be required to increase the capacity by...
Please explain and show the steps very clear, also solve all a,
b and c.
thank you,
Please consider the cireuit shown below R. fl) C-4 a. Please fmd the transfer function from the input fe) to the output (). Please leave your answer in terms of R. (10 points) t y(t). Please leave b. Please design R so that impulse response has the form h(t) -Ae-* +Be-qt, i.e. it contains a decaying exponential term proportional to e-3. Also, please...
please help with parts b and c! I do not understand how to
find F. Thank you!
7. Find the line integral of F-(6x2-6x) i +6z j + k from (0,0,0) to (1,1,1) over each of the following paths in the accompanying figure. b.C2: r(t)-ti+12 j+14 k, 0sts1 c. C3UC4: the path consisting of the line segment from (0,0,0) to (1.1,0) followed by the segment from (1,1,0) to (1,1,1) a. The line integral of F over C1 is b. The...
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I
WILL DOWNVOTE YOU. USE SIGNIFICANT FIGURES!!!!
QUESTION 3 1 points Save Answer A fixed sample of gas occupies 28.4 mL at 176.6 K. What volume will the gas occupy at 291.4 K? V= __mL QUESTION 4 Save Answer Ativadamloofsovertcnrncoura1n Tour +121 TAIL- of gas exerts a pressure of 510 Torr at 313 K. What will the pressure be (in atm) if the temperature is reduced to 171...
DO ALL PARTS OF QUESTION AND SHOW ALL STEPS CLEARLY OR ELSE I
WILL DOWNVOTE YOU. USE SIGNIFICANT FIGURES!!!!
QUESTION 5 Save Answer A fixed sample of gas occupies 13.5 L at 60.5 °C and 0.612 atm. If the gas expands to 40.2 L and the temperature drops to 18 °C, what will the new pressure be? p = __ atm QUESTION 6 1 points Save Answer How many moles of gas are contained in a sample of gas that...
Find the curve describing a straight line going through the points P:(1,1,1) and Q :(-3,4,1) Hint: A straight line starting at a in a direction b can be parametrized as r(t) = a + tb
Please explain and show all the steps instead of just giving an
answer.
(Production function) Condsider a representitive firm with a production function which is (i) twice continuously differentiable; (i) exhibits positive and diminishing marginal product and (iii) has constant return to scale: 1. Y = F(K, L) Given the capital rental price R and the wage w, and the good price P is normalized to 1, the firm can choose K and L to maximize its profit: max F(K,...
Please answer question and all parts completely. Show
all of your work in detailed steps.
PROBLEM 1. A music wire ASTM 228, peened wire will be used in a spring application. The spring must fit in a 1.55 inch hole. The height of the spring Li = 2.4 inch is when a force of 54 lbs. is applied and for a second force of 86 lbs. the height must be 1.7 inch. The spring will be designed for a control...
please do all parts and show work
The goal of this question is to derive relationships of how the pressure and temperature (main part) depend on the height over the sea level h. To do so, we can consider thin slabs of air, vertically stacked. The temperature and pressure at sea level can be denoted T, and pe. For the numerical parts of this question, you can use a molar mass 29.0 g/mol, specific heat c, = 1.00 kJ/kg and...
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