Question: Transfer function from the torque to the speed of the fan is given by 1/(Js + D) where J is the inertia and D is

Transfer function from the torque to the speed of the fan is given by 1/(Js + D) where J is the inertia and D is the damping coefficient. For J = 1, D = 2, and input torque of 2 Nm, what will be the time taken to reach 63.2% of the steady state speed

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer

Step: 1 Unlock blur-text-image

Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock

Step: 3 Unlock

Students Have Also Explored These Related Physics Questions!

Diner 64, Inc. This case study must be completed in Excel program using the formats provided in this workbook. Objectives: 1. Practice the steps involved in the Accounting Cycle 2. Practice...

I need the MATLAB code for this problem and model if possible, please. V (s) PI kpwm 1/R 1 +ST, kr ke (a) 8.3 In designing the torque loop of Example 8.2, include the effect of the back-emf, shown in...

. A model of the idle-speed control system (shown) of a vehicle is being developed. The throttle position controls the air flow rate into the manifold. The engine develops torque as a result of air...

Derive the transfer function of the DC motor whose specs are given in the table below. Let us assume that the motor is connected to no load. Hint #1: calculate Kand K" in the equation: T=K_Vt-K2.o....

Design a PID controller for the drive system of Problem 56, Chapter 8, and shown in Figure P8.15 (Thomsen, 2011). Obtain an output response, L(t), with an overshoot 15%, a settling time of preferably...

A drive system with an elastically coupled load was presented in Problem 71, Chapter 4. The mechanical part of this drive (Thomsen, 2011) was reduced to a two-inertia model. Using slightly different...

MATLAB Code clear all; clc; Vnom=6; Rm=2.6; Lm=0.18e-3; kt=7.68e-3; km=7.68e-3; Kg=70; nm=0.69; ng=0.9; Jmrotor=3.9e-7; Jtach=7.06e-8; Jeq=0.00213; Beq=0.015; Beqv=((ng*(Kg^2)*nm*kt*km)+(Beq*Rm))/Rm;...

computer Science Question 1 : Heat Exchanger Design Part A: Calculate the heat transfer rate required for a heat exchanger to cool 1 5 0 0 kg / hr of water from 8 5 \ deg C to 3 0 \ deg C . Assume...

Computer Science Question 1 : Heat Exchanger Design Part A: Calculate the heat transfer rate required for a heat exchanger to cool 1 5 0 0 kg / hr of water from 8 5 C to 3 0 C . Assume the specific...

Figure P8.15 shows a simplified drawing of a feedback system that includes the drive system presented in Problem 67, Chapter 5 (Thomsen, 2011). Referring to Figures P5.43 and P8.15, Gp(s) in Figure...

The firm's EBIT (earnings before interest and taxes) is$5million. The interest rate for its debt is8%, and its tax rate is20%. a. If the firm uses$100million in equity to finance its asset (i.e.,...

In Figure the fresh water behind a reservoir dam has depth D = 15 m. A horizontal pipe 4.0 cm in diameter passes through the dam at depth d = 6.0 m. A plug secures the pipe opening. (a) Find the...

4. College is the time in which a young mind is supposed to mature and acquire wisdom, and one can only do this by experiencing as much diverse intellectual stimuli as possible. A business student...

Oust the Turtle Company has the following balances on December 31, 2020: Cash on hand 4,500.00 Cash in bank A 33,000.00 Cash in bank X 50,000.00 Cash in bank C 822,999.72 Cash on hand includes $ 3....