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2 Questions that you will work through during the SGTA 1. Calculus: The resistance to the flow of...
Answer for part b is R=247 and V=16v 50. (8 points) You set up the circuit...
Answer for part b is R=247
and V=16v
50. (8 points) You set up the circuit shown below, C = 5.00 uF. At the time t = 0, you close the switch and then measure the charge q on the capacitor a function of the current i through the resistor. A graph of your results is also shown below. 60.00 50.00 q=-1.2475*1 + 79.9 R2 = 0.9999 40.00 Switch closed 30.00 20.00 10.00 60 i VA +q - 0.00 0...
Current and Resistance 1. Rank in order from brightest to dimmest the light bulbs in the...
Current and Resistance 1. Rank in order from brightest to dimmest the light bulbs in the figure below. exceeds 2A. The only material you have access to that you can build the fuse out of has a max current density of 375A/cm2 (this means it will melt if the current density is larger than this value). What is the diameter of a wire made from this material that will work for your job? 3. You are doing an experiment in...
Please show work ln 2 is wrong 8.0.2 Let u = 1 – 16x2. For the...
Please show work
ln 2 is wrong
8.0.2
Let u = 1 – 16x2. For the integral with respect to u, one limit of integration will be 1. What is the other limit of integration? 2 S04 -da 1-16x2 Which part of the integrand should you choose as u? 1 5 (4) · 24 · In 2 dit 22 In 2 1 220 Evaluate the derivative of the integral function. d dic S22 ( 7 20 dz 23-1 -2 8203-1...
Question 2 a) The following diagram show a liquid-level storage tank with q, and qi is...
Question 2 a) The following diagram show a liquid-level storage tank with q, and qi is the inlet and outlet volumetric flow rate of the tank. Ri is the resistance valve whereas Hi is the liquid level of the tank. Find the transfer function relating change in level, Qi', to the changes in flow rate into the tank, Q' (State your assumption) (10 marks) b) An electrically heated process is known to exhibit second order dynamics. The heater input change...
just make circle questions which 2,(b) and 3,(i) thank you 2. (Polar Coordinates: Polar Plots). (a) Consider the curve given in polar coordinates (i) Use a scientific calculator to fill in the fol...
just make circle questions which 2,(b) and 3,(i) thank
you
2. (Polar Coordinates: Polar Plots). (a) Consider the curve given in polar coordinates (i) Use a scientific calculator to fill in the following table with the (approximations of) values of the function r(0) on π, π r(e) (the approximations of the values r(e) must be good to at least two decimal places). (i) Use the graph paper for the polar coordinate system (attached to the assignment sheet) to plot the...
General Physics with Calculus I Home Work-2 (Level-1) Fall 2018 For questions 1-9 refer the graph...
General Physics with Calculus I Home Work-2 (Level-1) Fall 2018 For questions 1-9 refer the graph below. 50 40 30 20 10 " 10 20 30 -40 0 1 2 3 4 5 6 78 10 11 12 9. If the graph above is a velocity(ms ) Vs time (8) graph, at which of the following moments is there negative acceleration? (a) 1 s (c) 7 s 10. A particle accelerates at 10 ms-2 for 2 s. If its final...
Can you please show work for both questions 3 and 4 3. A soil has the...
Can you please show work for both questions 3 and 4
3. A soil has the following Horton parameters: fo- 2.0 cm/hr, fe 1.0 cm/hr, k -0.60 1/hr. If a constant intensity rainfall of 1.5 cm/hr falls for 5 hours, model the infiltration rate (f) and cumulative infiltration (F) as a function of time for the entire storm. Use 0.25 hour time increment. Your solution should include the following [35 points: a. A graph of infiltration rate vs. time for...
Please answer all 3 questions! Thank you! 1). Calculate the control block flow diagram. Fi Ti...
Please answer all 3 questions! Thank you!
1). Calculate the control block flow diagram. Fi Ti CT ST 2). Calculate the Laplace equivalent of the following equations: where T is the output variable, A and B are constants and u, uz, and us are the deviations variables for the input temperature (Ti), input flow (Fi) and input heat flow (Q), respectively. where T is the output variable, A, B, and C are constants and u,, U2, and uj are the...
9 Pre-Lab Questions 1. Why can you use a calorimeter to study the exchange of heat? EXPERIMENT A ...
9 Pre-Lab Questions 1. Why can you use a calorimeter to study the exchange of heat? EXPERIMENT A calorimeier is a device u s eol to measure hot of roactisn th lainer wn th vr meni o insulated wall's to prevent hret exchange he enviran 2. Why is specific heat an intensive property? energy at o particular temperature 'is the some Its 9uanhhy towhich no physical alimen sian is agsian eof Nomaler heuw mach alaminunh, Is abiliy to aborb heat...
Answer for part b is R=247
and V=16v
50. (8 points) You set up the circuit shown below, C = 5.00 uF. At the time t = 0, you close the switch and then measure the charge q on the capacitor a function of the current i through the resistor. A graph of your results is also shown below. 60.00 50.00 q=-1.2475*1 + 79.9 R2 = 0.9999 40.00 Switch closed 30.00 20.00 10.00 60 i VA +q - 0.00 0...
Current and Resistance 1. Rank in order from brightest to dimmest the light bulbs in the figure below. exceeds 2A. The only material you have access to that you can build the fuse out of has a max current density of 375A/cm2 (this means it will melt if the current density is larger than this value). What is the diameter of a wire made from this material that will work for your job? 3. You are doing an experiment in...
Please show work
ln 2 is wrong
8.0.2
Let u = 1 – 16x2. For the integral with respect to u, one limit of integration will be 1. What is the other limit of integration? 2 S04 -da 1-16x2 Which part of the integrand should you choose as u? 1 5 (4) · 24 · In 2 dit 22 In 2 1 220 Evaluate the derivative of the integral function. d dic S22 ( 7 20 dz 23-1 -2 8203-1...
Question 2 a) The following diagram show a liquid-level storage tank with q, and qi is the inlet and outlet volumetric flow rate of the tank. Ri is the resistance valve whereas Hi is the liquid level of the tank. Find the transfer function relating change in level, Qi', to the changes in flow rate into the tank, Q' (State your assumption) (10 marks) b) An electrically heated process is known to exhibit second order dynamics. The heater input change...
just make circle questions which 2,(b) and 3,(i) thank
you
2. (Polar Coordinates: Polar Plots). (a) Consider the curve given in polar coordinates (i) Use a scientific calculator to fill in the following table with the (approximations of) values of the function r(0) on π, π r(e) (the approximations of the values r(e) must be good to at least two decimal places). (i) Use the graph paper for the polar coordinate system (attached to the assignment sheet) to plot the...
General Physics with Calculus I Home Work-2 (Level-1) Fall 2018 For questions 1-9 refer the graph below. 50 40 30 20 10 " 10 20 30 -40 0 1 2 3 4 5 6 78 10 11 12 9. If the graph above is a velocity(ms ) Vs time (8) graph, at which of the following moments is there negative acceleration? (a) 1 s (c) 7 s 10. A particle accelerates at 10 ms-2 for 2 s. If its final...
Can you please show work for both questions 3 and 4
3. A soil has the following Horton parameters: fo- 2.0 cm/hr, fe 1.0 cm/hr, k -0.60 1/hr. If a constant intensity rainfall of 1.5 cm/hr falls for 5 hours, model the infiltration rate (f) and cumulative infiltration (F) as a function of time for the entire storm. Use 0.25 hour time increment. Your solution should include the following [35 points: a. A graph of infiltration rate vs. time for...
Please answer all 3 questions! Thank you!
1). Calculate the control block flow diagram. Fi Ti CT ST 2). Calculate the Laplace equivalent of the following equations: where T is the output variable, A and B are constants and u, uz, and us are the deviations variables for the input temperature (Ti), input flow (Fi) and input heat flow (Q), respectively. where T is the output variable, A, B, and C are constants and u,, U2, and uj are the...
9 Pre-Lab Questions 1. Why can you use a calorimeter to study the exchange of heat? EXPERIMENT A calorimeier is a device u s eol to measure hot of roactisn th lainer wn th vr meni o insulated wall's to prevent hret exchange he enviran 2. Why is specific heat an intensive property? energy at o particular temperature 'is the some Its 9uanhhy towhich no physical alimen sian is agsian eof Nomaler heuw mach alaminunh, Is abiliy to aborb heat...
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