Hydraulic torque transmission system is analog of?

Hydraulic torque transmission system is analog of?
by

1 Answer

Answer :

Hydraulic torque transmission system is analog of motor-generator set.

by

Related questions

The standard for long distance analog signal transmission in process control industry is

Description : The standard for long distance analog signal transmission in process control industry is (A) 4-20 mV (B) 0-20 mA (C) 4-20 mA (D) 0-5 V

Last Answer : The standard for long distance analog signal transmission in process control industry is 4-20 mA

In Torque-Voltage analogy, the Moment of Inertia of a mechanical rotational system is analogous to

Description : 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

Last Answer : In Torque-Voltage analogy, the Moment of Inertia of a mechanical rotational system is analogous to Inductance L.

What is a hydraulic torque wrench used for?

Description : What is a hydraulic torque wrench used for?

Last Answer : A hydraulic torque wrench is a tool used to exert torque on a fastener, to either loosen or fasten to satisfaction. Torque is the twisting force used by the body and the tool to achieve your results. ... at supply chains (Lowes, Home Depot†) or rent, depending on how often you plan to use it.

The pump impeller and the turbine runner in a hydraulic torque converter (A) Have the same diameter (B) Have different diameters (C) Are directly coupled (D) None of these

Description : The pump impeller and the turbine runner in a hydraulic torque converter (A) Have the same diameter (B) Have different diameters (C) Are directly coupled (D) None of these

Last Answer : (B) Have different diameters

Pneumatic and Hydraulic system which with or without transmission elements provides motion to robot links is called ____________.  1. Motor  2. Sensor  3. Actuator  4. None of the above

Description : Pneumatic and Hydraulic system which with or without transmission elements provides motion to robot links is called ____________.  1. Motor  2. Sensor  3. Actuator  4. None of the above

Last Answer : Joints

What is the job of a servo in a transmission?

Description : What is the job of a servo in a transmission?

Last Answer : servo motor use in many types mechanism so its verius type of transmission wich type you need to know 

What kind of hydraulic fluid goes in a 1969 Ford 4000 diesel Tractor transmission?

Description : What kind of hydraulic fluid goes in a 1969 Ford 4000 diesel Tractor transmission?

Last Answer : Need answer

Hydraulic __________ works on the principle of Pascal's law of transmission of fluid pressure. (A) Press (B) Turbine (C) Pump (D) Coupling

Description : Hydraulic __________ works on the principle of Pascal's law of transmission of fluid pressure. (A) Press (B) Turbine (C) Pump (D) Coupling

Last Answer : (A) Press

Which one is a transmission dynamometer a) Torsion dynamometer b) Froues hydraulic dynamometer c) Belr dynamometer d) Proney brake dynamometer

Description : Which one is a transmission dynamometer a) Torsion dynamometer b) Froues hydraulic dynamometer c) Belr dynamometer d) Proney brake dynamometer

Last Answer : a) Torsion dynamometer

Describe advantages of torque converter over manual transmission system

Description : Describe advantages of torque converter over manual transmission system

Last Answer : Advantages of torque converter : 1. Torque converter varies gear ratio in the range of 3:1 to 1:1 in infinite no. of stages which gives uniform acceleration 2. No need of operating ... avoiding manual interference of gear changing. 4. It allows starting & stopping vehicle without any difficulty.

In data communication the transmission of binary signals will require _______. A. Same bandwidth as analog B. More bandwidth than analog C. Less bandwidth than analog D. Bigger cable diameter

Description : In data communication the transmission of binary signals will require _______. A. Same bandwidth as analog B. More bandwidth than analog C. Less bandwidth than analog D. Bigger cable diameter

Last Answer : B. More bandwidth than analog

Digital transmission provides a higher level of signal quality than analog transmission because A. repeaters regenerate digital pulses and remove distorstion B. digital signals are easier to sample than analog signals C. digital signals are smaller than analog signals and cannot easily be distorted D. analog signals are continuous and not easily distorted.

Description : Digital transmission provides a higher level of signal quality than analog transmission because A. repeaters regenerate digital pulses and remove distorstion B. digital signals are easier to sample than ... and cannot easily be distorted D. analog signals are continuous and not easily distorted.

Last Answer : A. repeaters regenerate digital pulses and remove distorstion

Compared to analog signals, digital signals A. allow faster transmission B. are moreaccurate C. both (a)and (b) D. All of theabove E. None of the above

Description : Compared to analog signals, digital signals A. allow faster transmission B. are moreaccurate C. both (a)and (b) D. All of theabove E. None of the above

Last Answer : both (a)and (b)

Computers cannot communicate with each other directly over telephone lines because they usedigitalpulses whereas telephone lines useanalog sound frequencies. What is the name of the device which permits digital to analog conversion at the start of a long distance transmission? A. Interface B. Modem C. Attenuation D. Teleprocessor E. None of the above

Description : Computers cannot communicate with each other directly over telephone lines because they usedigitalpulses whereas telephone lines useanalog sound frequencies. What is the name of the device which permits digital to analog ... A. Interface B. Modem C. Attenuation D. Teleprocessor E. None of the above

Last Answer : Modem

Why has the transmission of video using analog techniques been very popular, especially for shorter distances?

Description : Why has the transmission of video using analog techniques been very popular, especially for shorter distances?

Last Answer : Because cost can be minimized and complex multiplexing and timing equipment is unnecessary.

What are the torque specs for transmission pan bolts?

Description : What are the torque specs for transmission pan bolts?

Last Answer : 12ft. lbs. From the Haynes Techbook, General Motors AutomaticTransmission Overhaul. Page 8D-42

Cotter joint is going to be use to connect the two rods for torque transmission purpose. a) True b) False

Description : Cotter joint is going to be use to connect the two rods for torque transmission purpose. a) True b) False

Last Answer : b) False

Cotter joint can be used to connect two rods for torque transmission purpose. true /false. a) True b) False

Description : Cotter joint can be used to connect two rods for torque transmission purpose. true /false. a) True b) False

Last Answer : b) False

Cotter joint can be used to connect two rods for torque transmission purpose. a) True b) False

Description : Cotter joint can be used to connect two rods for torque transmission purpose. a) True b) False

Last Answer : b) False

Axle is frequently used in torque transmission. a) True b) False

Description : Axle is frequently used in torque transmission. a) True b) False

Last Answer : b) False

Axle is frequently used in torque transmission. a) True b) False

Description : Axle is frequently used in torque transmission. a) True b) False

Last Answer : b) False

The loads supported by an automobile frame are……….. a) Weight of the body and Passengers. b) Torque from engine and Transmission. c) Sudden Impact from Collision d) All of the above.

Description : The loads supported by an automobile frame are……….. a) Weight of the body and Passengers. b) Torque from engine and Transmission. c) Sudden Impact from Collision d) All of the above.

Last Answer : d) All of the above.

Axle is frequently used in -----------------transmission. a) torque b) twist c) force d) direct

Description : Axle is frequently used in -----------------transmission. a) torque b) twist c) force d) direct

Last Answer : a) torque

In power transmission equation, P=2ΠNT/60×1000 a. P is in kw and T is maximum torque b. P is in NM/sec and T is maximum torque c. P is in NM/sec and T is mean torque d. P is in kw and T is mean torque

Description : In power transmission equation, P=2ΠNT/60×1000 a. P is in kw and T is maximum torque b. P is in NM/sec and T is maximum torque c. P is in NM/sec and T is mean torque d. P is in kw and T is mean torque

Last Answer : d. P is in kw and T is mean torque

What is the value for centrifugal torque for maximum power transmission in belt drives a) ½ maximum torque b) 2/3 maximum torque c) ¾ maximum torque d) None of the above

Description : What is the value for centrifugal torque for maximum power transmission in belt drives a) ½ maximum torque b) 2/3 maximum torque c) ¾ maximum torque d) None of the above

Last Answer : d) None of the above

Draw the labeled block diagram of process control system and explain each block.

Description : Draw the labeled block diagram of process control system and explain each block.

Last Answer : Explanation - Process control system consists of process or plant, sensor, error detector, automatic Controller, actuator or control element. 1) Process or plant- process means some manufacturing sequence ... process which changes the process variable. Output of this block is denoted by u .

Explain the significance of the Laplace transform in control system.

Description : Explain the significance of the Laplace transform in control system.

Last Answer : Significance of Laplace Transform- * Laplace transform convert higher order integral differential equation into simple algebraic form. * Laplace transform converts the differential equation into an algebraic ... equations. * Laplace transform convert time domain to frequency domain (s-plane). 

Define servo system. Draw the block diagram of DC Servo System.

Description : Define servo system. Draw the block diagram of DC Servo System.

Last Answer : Definition: Servo system is defined as automatic feedback control system working on error signals giving the output as mechanical position, velocity or acceleration.  1) The servo system consists of error ... , DC motor, DC gear system and the DC load whose position is to be changed. 

Define stability. Sketch the root locations in the s-plane for stable and unstable system.

Description : Define stability. Sketch the root locations in the s-plane for stable and unstable system.

Last Answer : Stability: The system is said to be stable if it produces bounded output for a bounded input. It is used to define usefulness of the system. The stability implies that the system performance should not ... absence of the input, output may not return to zero it shows certain output without input. 

What will happen to the gain margin if the gain of the open loop system is doubled?

Description : 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 

Last Answer : 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 

What is the time response of a system whose poles lie on the right hand side of s-plane?

Description : What is the time response of a system whose poles lie on the right hand side of s-plane? A) Exponentially increasing B) Exponentially decreasing C) Sinusoidal oscillations D) Step response 

Last Answer : What is the time response of a system whose poles lie on the right hand side of s-plane? A) Exponentially increasing B) Exponentially decreasing C) Sinusoidal oscillations D) Step response 

What is the steady state error of type-0 system for ramp input?

Description : What is the steady state error of type-0 system for ramp input?  A) ∞ B) A/K C) A/(1+K) D) 0

Last Answer : What is the steady state error of type-0 system for ramp input?  A) ∞ B) A/K C) A/(1+K) D) 0

A system is critically damped. If the gain of the system is increased, the system will behave as:

Description : A system is critically damped. If the gain of the system is increased, the system will behave as: A) overdamped B) underdamped C) oscillatory D) critically damped

Last Answer : A system is critically damped. If the gain of the system is increased, the system will behave as: underdamped

The open loop control system is one in which _____.

Description : The open loop control system is one in which _____.

Last Answer : the output is independent of output

A PD controller is used to compensate a system. Compared to the uncompensated system, the compensated

Description : 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. 

Last Answer : A PD controller is used to compensate a system. Compared to the uncompensated system, the compensated system has: Higher noise amplification.

Which one most appropriate dynamic system? (1) y(n) + y(n – 1) + y(n + 1) (2) y(n) + y(n – 1)

Description : Which one most appropriate dynamic system? (1) y(n) + y(n – 1) + y(n + 1) (2) y(n) + y(n – 1) (3) y(n) = x(n) (4) y(n) + y(n – 1) + y(n + 3) = 0 

Last Answer : Which one most appropriate dynamic system? (1) y(n) + y(n – 1) + y(n + 1) (2) y(n) + y(n – 1) (3) y(n) = x(n) (4) y(n) + y(n – 1) + y(n + 3) = 0 

In a control system, the comparator measures the difference between

Description : In a control system, the comparator measures the difference between (a) output and input (b) output of controller and system (c) actual and desired performance (d) input and error signal  

Last Answer : B

For a stable feedback control system, the phase margin is

Description : For a stable feedback control system, the phase margin is  a) always positive b) always negative c) may be positive or negative d) always greater than 180o

Last Answer : For a stable feedback control system, the phase margin is always positive

Introduction of integral action in the forward path of a unity feedback system results in a

Description : Introduction of integral action in the forward path of a unity feedback system results in a  A) Marginally stable system B) System with no steady state error C) System with increased stability margin D) System With better speed of response

Last Answer : Introduction of integral action in the forward path of a unity feedback system results in a System with no steady state error 

For a feedback control system of type 2, the steady error for a rap input is

Description : For a feedback control system of type 2, the steady error for a rap input is  A) Infinite B) Constant C) Zero D) Indeterminate

Last Answer : For a feedback control system of type 2, the steady error for a rap input is Zero 

The correct sequence of steps required to improve system stability is

Description : 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, use negative feedback (D) Use negative feedback, reduce gain, insert derivative action

Last Answer : 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, use negative feedback (D) Use negative feedback, reduce gain, insert derivative action

For a 2nd order feedback control system, the peak resonance magnitude should be Mp ≤ 1.15. Hence the

Description : For a 2nd order feedback control system, the peak resonance magnitude should be Mp ≤ 1.15. Hence the damping ratio (δ) is  (a) 0.1 (d) 0.5 (c) 0.707 (d) 1

Last Answer : For a 2nd order feedback control system, the peak resonance magnitude should be Mp ≤ 1.15. Hence the damping ratio (δ) is 0.5

The characteristic equation for a closed loop system with forward gain K is s4 + 4s3 + 8s2 + 6s + K = 0.

Description : The characteristic equation for a closed loop system with forward gain K is s4 + 4s3 + 8s2 + 6s + K = 0. The critical gain value Kc for stability should not exceed  (a) 3.25 (b) 9.75 (c) 13.0 (d) 23.3

Last Answer : The characteristic equation for a closed loop system with forward gain K is s4 + 4s3 + 8s2 + 6s + K = 0. The critical gain value Kc for stability should not exceed  (a) 3.25 (b) 9.75 (c) 13.0 (d) 23.3

The loop transfer of a system is G(s) H(s) = 5/(s+1) (2s+1)(3s+1) which has the phase crossover frequency

Description : The loop transfer of a system is G(s) H(s) = 5/(s+1) (2s+1)(3s+1) which has the phase crossover frequency fc = 0.16 Hz. The gain margin (dB) of the system is  (a) 6 (b) 4 (c) 2 (d) 0

Last Answer : The loop transfer of a system is G(s) H(s) = 5/(s+1) (2s+1)(3s+1) which has the phase crossover frequency fc = 0.16 Hz. The gain margin (dB) of the system is 6

For a 2nd order servo system, the damping ratio δ = 0.5456 and undamped natural frequency is

Description : 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

Last Answer : 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 14.10

For a system with derivative feedback, forward path transfer is G(s) = I / (s2 + s + 1) and feedback path

Description : 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

Last Answer : 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

The critical point lies within the nyquist plot then the system is

Description : The critical point lies within the nyquist plot then the system is   (a) Marginally stable (b) Unstable (c) Stable (d) Undetermined  

Last Answer : The critical point lies within the nyquist plot then the system is Unstable 

The gain margin of a system is 0 dB. It represents a

Description : The gain margin of a system is 0 dB. It represents a   (a) Stable system (b) Unstable system (c) Marginally stable system (d) Conditionally stable system

Last Answer : The gain margin of a system is 0 dB. It represents a Marginally stable system

Poles are real and negative and equal then the system is _____ damped system

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

Last Answer : Poles are real and negative and equal then the system is Critically damped damped system 

For the minimum phase system, which of these is the most appropriate one ?

Description : For the minimum phase system, which of these is the most appropriate one ?  (A) All poles are inside the unit circle in the z-plane  (B) All zeros are inside the unit circle in the z-plane  (C) ... the unit circle in the z-plane  (D) All poles and zeros are outside the unit circle in the z-plane

Last Answer : For the minimum phase system, which of these is the most appropriate one ?  (A) All poles are inside the unit circle in the z-plane  (B) All zeros are inside the unit circle in the z-plane  ... unit circle in the z-plane  (D) All poles and zeros are outside the unit circle in the z-plane