At time = 0, a constant heating power of 100 kW is applied to a boiler that intends to raise the temperature of thefluid inside to 100 °C. The initial temperature of the fluid is 25 °C. Temperature is taken every 2 minutes, starting at t= 0. The log after 1 hour is shown below. The x-axis is time (in minutes) while the y-axis is the temperature T. Thesystem may be assumed to be of first order.110.00100.0090.0080.0070.0060.0050.0040.0030.0020.00Answer:00.75310What is the DC gain of the system,O 11.33320Let 8(t) be the function describing the temperature increase, i.e. 8(t) = T(t) - 25, where T is the actual temperature.The input power is p(t) = 100 u(t) kW.What is a feasible time delay, in minutes, for the system?What is the transfer functione(s) =P(s)30e(s)P(s)4050(in C°/kW)?60e(s)-? Provide at least 6 significant digits for the numerical coefficients.P(s)

According to the question, the temperature curve of a heating unit is given for 60 minutes. To…

At time = 0, a constant heating power of 100 kW is applied to a boiler that intends to raise the temperature of the fluid inside to 100 °C. The initial temperature of the fluid is 25 °C. Temperature is taken every 2 minutes, starting at t = 0. The log after 1 hour is shown below. The x-axis is time (in minutes) while the y-axis is the temperature T. The system may be assumed to be of first order.

At time = 0, a constant heating power of 100 kW is applied to a boiler that intends to raise the temperature of the fluid inside to 100 °C. The initial temperature of the fluid is 25 °C. Temperature is taken every 2 minutes, starting at t = 0. The log after 1 hour is shown below. The x-axis is time (in minutes) while the y-axis is the temperature T. The system may be assumed to be of first order.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

0.1 Give a short answer for only Six of the following 1. Explain the construction of turbine meter and mention for what we use it. 2. Mention the Applications of Pyroelectric sensors. 3. Explain briefly Hall effect sensor's application by measuring the fluid level in a container. 4. Explain how could we use potentiometer to measure linear displacement and angular displacement. 5. According to electrical circuits and electric fundamentals what's the evident difference between Eddy current proximity sensor and Inductive proximity sensor? 6. What's the purpose of putting an inner track with only one hole in optical sensor? 7. What's the reason behind using Wheatstone bridge with strain gauge sensor?
The time for 1 cycle is 5 micro second. Find the frequency. a. 1500 Hz b. 1500 kHz c. 200 kHz d. 200,000 kHz
9nm 65.53 µJ 47.62 J 8nm 23.79 J P A B C D 3.0x10 17C --5.0x10-17C 2.0x10-17C -4.0x10-17 C Ⓒ 19.72 µJ 6nm What is the total work done for moving a unit positive charge from infinity to point P? 7nm
i need Full detailed Steps
An infinitely long wire carrying a current of 3A is bent at a right angle as shown in the Figure. What is the magnetic field magnitude in Tesla a point P, 20 cm from the corner? (Take μ₁-47x10-7 T.m/A) 1,5x10-6 T 3,0x10 - 6T 1,0x10-6 T 0,5x10-6 T O 2x10-6 T 1-3 A I-3 A 20 cm P
ELECTRICAL CIRCUIT: Solve the problem and show your complete solution. Three different coil produce the same electromotive force of 100V when moved at a constant speed in the magnetic field. The induced EMF in the first coil lags to the induced EMF in the second coils and leads to the induced EMF in the third coil. a. What will be the resultant EMF in the series combination of the 3 coils. b. If all the phasors are in the same phase what is the resultant EMF?
Thank you And please kindly write legibly because I'm having a hard time reading, guessing, and understanding the handwriting of different experts recently. Thanks Please refer to the photo below. Activity: Series and Parallel Capacitance
6. The time for 1 cycle is 5 micro second. Find the frequency. a. 1500 Hz b. 1500 kHz C. 200 kHz d. 200,000 kHz C.
Explain with illustrations the following dynamic performance terms as applied to measument systems 1. Rise time 2. Time constant 3. Setting time
The graph below shows a voltage signal as a function of time. The dc voltage is 0. t1 = 39ms and t2 = 91ms. Determine the phase of the signal. Enter your answer in degrees rounded to one decimal place. If the answer is negative, be sure to include a minus sign.
Wind mill with 2 m diameter works on the principle of converting kinetic energy of the wind in to mechanical energy. If air density = 1.225 Kg. / m°wind speed 20 m/sec then power available from wind mill is 30787.6 w 30787.1 w 30787.3 w