Ask a Question

Can you help by answering this question?

What is the lowest acceptable insulation resistance for a cable?

The temperature, under thermal and electrical system analogy, is considered analogous to?

14 views
in Control System by
The temperature, under thermal and electrical system analogy, is considered analogous to?

1 Answer

0 votes
by

The temperature, under thermal and electrical system analogy, is considered analogous to voltage.

Related questions

1 answer 14 views
In thermal-electrical analogy charge is considered analogous to?

In thermal-electrical analogy charge is considered analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 12 views
In liquid level and electrical system analogy, voltage is considered analogous to?

In liquid level and electrical system analogy, voltage is considered analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 68 views
In electrical-pneumatic system analogy the current is considered analogous to?

In electrical-pneumatic system analogy the current is considered analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 17 views
In Torque-Voltage analogy, the Moment of Inertia of a mechanical rotational system is analogous to

In Torque-Voltage analogy, the Moment of Inertia of a mechanical rotational system is analogous to (A) Capacitance C. (B) Inductance L. (C) Resistance R. (D) Inductive reactance XL

asked Apr 28, 2018 in Control System by Shimroz123
1 answer 11 views
The viscous friction co-efficient, in force-voltage analogy, is analogous to?

The viscous friction co-efficient, in force-voltage analogy, is analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 13 views
The capacitance, in force-current analogy, is analogous to?

The capacitance, in force-current analogy, is analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 12 views
Spring constant in force-voltage analogy is analogous to?

Spring constant in force-voltage analogy is analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 11 views
Mass, in force-voltage analogy, is analogous to?

Mass, in force-voltage analogy, is analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 12 views
In force-voltage analogy, velocity is analogous to?

In force-voltage analogy, velocity is analogous to?

asked Mar 27, 2018 in Control System by Shimroz123
0 answers 12 views
In force-current analogy, analogous of displacement is

In force-current analogy, analogous of displacement is (a) charge (b) flux linkage (c) voltage (d) current density 

asked May 25, 2018 in Control System by Shimroz123
2 answers 48 views
State any factors to be considered while selecting electrical welding system.

State any factors to be considered while selecting electrical welding system.

asked Oct 12, 2018 in Industry Electrical Systems-II by Shimroz123
1 answer 15 views
A control system working under unknown random actions is called

A control system working under unknown random actions is called 

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 18 views
List out the factors to be considered to select electrical drives for an application.

List out the factors to be considered to select electrical drives for an application.

asked Oct 3, 2018 in Energy Conservation And Audit by Shimroz123
1 answer 16 views
If a step function is applied to the input of a system and the output...

If a step function is applied to the input of a system and the output remains below a certain level for all the time, the system is?

asked Mar 27, 2018 in Control System by Shimroz123
0 answers 15 views
The sensitivity of a closed loop system to gain changes and load disturbances depends upon

The sensitivity of a closed loop system to gain changes and load disturbances depends upon (a) forward gain (b) loop gain (c) frequency (d) all the above 

asked May 25, 2018 in Control System by Shimroz123
1 answer 9 views
Let x1(t) and x2(t) be periodic with fundamental periods T1 and T2 respectively. Under what

Let x1(t) and x2(t) be periodic with fundamental periods T1 and T2 respectively. Under what condition be the sum x(t) = x1(t) + x2(t) be periodic ? (A) Only for T1 = T2 (B) Always periodic (C) For T1/T2 equal to a rational number (D) Not periodic

asked May 12, 2018 in Control System by Shimroz123
0 answers 14 views
The moving system of an indicating type of electrical instrument is subjected to

The moving system of an indicating type of electrical instrument is subjected to (a) a deflecting torque (b) a controlling torque (c) a damping torque (d) All of the above

asked May 26, 2018 in Electrical Measurements and Instrumentation by Shimroz123
1 answer 24 views
A network is said to be under resonance when the voltage and the current at the network input terminals are

A network is said to be under resonance when the voltage and the current at the network input terminals are (A) in phase (B) out of phase (C) in phase quadrature (D) in phase, and have equal magnitudes

asked Apr 28, 2018 in Network Analysis by Shimroz123
0 answers 27 views
The best method for determining the stability and transient response of a control system is

The best method for determining the stability and transient response of a control system is (a) Bode Plot (b) Nyquist plot (c) Root locus (d) Routh-Hurwitz

asked May 25, 2018 in Control System by Shimroz123
1 answer 13 views
For a 2nd order servo system, the damping ratio δ = 0.5456 and undamped natural frequency is

For a 2nd order servo system, the damping ratio δ = 0.5456 and undamped natural frequency is ωn = 31.6 rad/sec. The percent overshoot is  (a) 7.07 (b) 10.2 (c) 14.10 (d) 21.21

asked May 15, 2018 in Control System by Shimroz123
1 answer 11 views
Poles are real and negative and equal then the system is _____ damped system

Poles are real and negative and equal then the system is _____ damped system   (a) Undamped (b) Underdamped (c) Critically damped (d) Overdamped

asked May 13, 2018 in Control System by Shimroz123
1 answer 37 views
What will happen to the gain margin if the gain of the open loop system is doubled?

What will happen to the gain margin if the gain of the open loop system is doubled? A) Doubled B) Becomes half C) Is not affected D) Becomes one-fourth 

asked Jun 18, 2018 in Control System by Shimroz123
1 answer 10 views
A PD controller is used to compensate a system. Compared to the uncompensated system, the compensated

A PD controller is used to compensate a system. Compared to the uncompensated system, the compensated system has: (1) A higher type number. (2) Reduced damping. (3) Higher noise amplification. (4) Larger transient overshoot. 

asked May 29, 2018 in Control System by Shimroz123
1 answer 8 views
The correct sequence of steps required to improve system stability is

The correct sequence of steps required to improve system stability is  (A) Insert derivative action, use negative feedback, reduce gain (B) Reduce gain, use negative feedback, insert derivative action (C) Reduce gain, insert derivative action, use negative feedback (D) Use negative feedback, reduce gain, insert derivative action

asked May 17, 2018 in Control System by Shimroz123
1 answer 39 views
Phase margin is the amount of angle to make the system

Phase margin is the amount of angle to make the system  (1) Oscillatory (2) Stable (3) Unstable (4) Exponential

asked Apr 30, 2018 in Control System by Shimroz123
1 answer 26 views
A unity negative feedback control system is found to have a gain margin of 20 dB. The Nyquist plot of the

A unity negative feedback control system is found to have a gain margin of 20 dB. The Nyquist plot of the system (A) crosses the real axis at +0.1 (B) crosses the real axis at -0.1. (C) crosses the imaginary axis at -0.1 (D) crosses the imaginary axis at +0.1

asked Apr 28, 2018 in Control System by Shimroz123
1 answer 17 views
Consider the following properties attributed to state model of a system : 1. State model is unique. ...

Consider the following properties attributed to state model of a system : 1. State model is unique. 2. Transfer function for the system is unique. 3. State model can be derived from transfer function of the system.  Which of the above statements are correct ?  (a) 1, 2 and 3 (b) 1 and 2 only (c) 2 and 3 only (d) 1 and 3 only

asked Apr 23, 2018 in Control System by Shimroz123
1 answer 12 views
The correct sequence of steps needed to improve system stability is

The correct sequence of steps needed to improve system stability is (a) Insert derivation action, Use negative feedback and Reduce gain (b) Reduce gain, Use negative feedback and Insert derivation action (c) Reduce gain, Insert derivation action and Use negative feedback (d) Use negative feedback, Reduce gain and Insert derivation action

asked Apr 23, 2018 in Control System by Shimroz123
1 answer 21 views
When the initial conditions of a system are specified to be zero it implies that the system is

When the initial conditions of a system are specified to be zero it implies that the system is?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 14 views
Velocity error constant of a system is measured when the input to the ...

Velocity error constant of a system is measured when the input to the system is unit _______ function.

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 34 views
The transient response of a system is mainly due to?

The transient response of a system is mainly due to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 10 views
In a control system the output of the controller is given to?

In a control system the output of the controller is given to?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 18 views
State the factors to be considered for selection of shape and size of the car of elevator.

State the factors to be considered for selection of shape and size of the car of elevator.

asked Oct 9, 2018 in Industry Electrical Systems-II by Shimroz123
1 answer 7 views
For a system with derivative feedback, forward path transfer is G(s) = I / (s2 + s + 1) and feedback path

For a system with derivative feedback, forward path transfer is G(s) = I / (s2 + s + 1) and feedback path transfer is H(s) = Ks. What is the value of K to obtain a critically-damped closed loop transient response.  (a) 0.5 (b) 0.707 (c) 1 (d) 1.414

asked May 15, 2018 in Control System by Shimroz123
1 answer 19 views
A system is linear if and only if it satisfies

A system is linear if and only if it satisfies

asked May 3, 2018 in Control System by Shimroz123
0 answers 11 views
A plant is modeled as 1/(s(s+3)) with unity feedback control system and a cascade PI controller. ...

A plant is modeled as 1/(s(s+3)) with unity feedback control system and a cascade PI controller. How many state variables are required for state model description?   A) 1 B) 2 C) 3 D) 4 

asked Apr 9, 2018 in Control System by Shimroz123
2 answers 40 views
what is open loop and close loop control system?

what is open loop and close loop control system?

asked Dec 4, 2017 in Control System by Quiz
1 answer 19 views
System 1 : The first column of the RH array consists of the terms 6,3,9,-2, and 4. System 2 : The first column of

System 1 : The first column of the RH array consists of the terms 6,3,9,-2, and 4. System 2 : The first column of the RH array consists of the terms 3,6,9,2, and -4. The number of unstable poles for system1, and system 2, are respectively, (A) 1,1 (B) none, none (C) 2,2 (D) 2,1

asked Apr 28, 2018 in Control System by Shimroz123
2 answers 27 views
With negative feedback, the system stability and system gain respectively

With negative feedback, the system stability and system gain respectively (a) Increases and increases (b) Increases and decreases (c) Decreases and increases (d) Decreases and decreases

asked Apr 23, 2018 in Control System by Shimroz123
1 answer 13 views
The position and velocity errors of a type-2 system are?

The position and velocity errors of a type-2 system are?

asked Mar 27, 2018 in Control System by Shimroz123
0 answers 689 views
A system with gain margin close to unity or a phase margin close to zero is

A system with gain margin close to unity or a phase margin close to zero is (a) conditionally stable (b) relatively stable (c) highly stable (d) highly oscillatory

asked May 25, 2018 in Control System by Shimroz123
0 answers 7 views
Transfer function of a system is used to calculate ...

Transfer function of a system is used to calculate  (a) the steady state gain (b) the time constant (c) the order of the system (d) the output for a given input

asked Apr 9, 2018 in Control System by Shimroz123
1 answer 9 views
A control system with excessive noise, is likely to suffer from?

A control system with excessive noise, is likely to suffer from?

asked Mar 27, 2018 in Control System by Shimroz123
1 answer 17 views
The electrical conductivity of a semiconductor increases with increase in temperature because

The electrical conductivity of a semiconductor increases with increase in temperature because (a) the carrier concentration increases (b) the mobility of carrier increases (c) both carrier concentration and mobility increase (d) the band gap decreases

asked Apr 23, 2018 in Electrical Engineering by Shimroz123
1 answer 17 views
Explain significance and purpose of electrical measurement system.

Explain significance and purpose of electrical measurement system.

asked Sep 6, 2018 by Shimroz123
1 answer 8 views
Conductivity is analogous to?

Conductivity is analogous to?

asked Mar 25, 2018 in Electrical Engineering by Shimroz123
1 answer 48 views
The overall efficiency of Thermal Power Plant is equal to _______________ .

The overall efficiency of Thermal Power Plant is equal to _______________ .  (A) Regenerative Cycle Efficiency (B) Renkine Cycle Efficiency (C) Carnot cycle efficiency (D) None of the above

asked May 8, 2018 in Electric Power Generation by Shimroz123
1 answer 8 views
The thermal noise is due to random
asked Mar 28, 2018 in Electronics Engineering by Shimroz123

Welcome to electronics2electrical.com here you can ask questions related to electrical, electronics, mechanical, telecommunication, instrumentation, computer, mathematics, physics etc.
Be respectful to all the members. Do not copy and paste the answers from other websites which have copyright content. While asking question give full details about it.

Categories

Most popular tags

power motor dc circuit transformer voltage current used system phase resistance factor synchronous load ac energy induction electric generator series frequency between speed capacitor use electrical meter line difference control type mosfet transmission magnetic plant high single instrument bjt unit source advantages function diode and machine winding field define torque parallel amplifier supply shunt thyristor motors electricity arduino maximum time relay armature problem value on transformers types coil diagram state flow ratio material three formula starting direction theorem method emf operating efficiency digital wave microprocessor test instruments inductance loss measure operation connected signal low applications effect single-phase network temperature working constant losses different law wattmeter measuring compare controlled breaker drive device logic rc full switch flux wire resistivity disadvantages free of materials machines angle force converter conductor transistor gain open protection scr core measurement number bridge principle generators reactance circuits negative the friction iron loop short pole battery conservation steam resistors hysteresis computer using analog lines secondary station gate a rectifier inverter linear induced relays nuclear capacitance basic characteristics design direct work rotor electronics ammeter forces diesel damping rlc connection factors capacitors minimum insulation moving regulation running self systems air fault range main stability quality starter igbt eddy alternator ideal rl average 3-phase plants arc thermal error fuzzy biasing dielectric pressure balanced superposition errors copper rotation feedback impedance measured electronic electrons charge inductive transfer explain start off back curve over solar is three-phase tariff locomotive peak bias zener engineering commutator surge conductors rating universal potentiometer density permanent mechanical transducer capacity memory adc excitation two fuse pure harmonics application semiconductor inductor internal pmmc reaction welding resonance traction permeability breakers rms designed electromagnetic si generation brushes switching capacitive shaded rate 1 distribution resistor methods delta star oscillator reluctance simplification algebra 8085 boolean weston dynamometer insulating strength installation definition fuel heating earth units

8,450 questions

7,047 answers

132 comments

3,085 users

Snow Theme by Q2A Market
Powered by Question2Answer
...