How much torque and horse power does a small engine have?

How much torque and horse power does a small engine have?
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How small is a small engine? One could only guess.
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How much torque and horse power does a small engine have?

Description : How much torque and horse power does a small engine have?

Last Answer : How small is a small engine? One could only guess.

Rated speed of an engine is the speed at which an engine devlopes (A) Maximum crankshaft torque (B) Maximum brake horse power output (C) Maximum thermal efficiency (D) Maximum drawback pull

Description : Rated speed of an engine is the speed at which an engine devlopes (A) Maximum crankshaft torque (B) Maximum brake horse power output (C) Maximum thermal efficiency (D) Maximum drawback pull

Last Answer : (B) Maximum brake horse power output

How much horse power does a 96 cc engine have?

Description : How much horse power does a 96 cc engine have?

Last Answer : Need answer

In a variable speed SI engine, the maximum torque occurs at the maximum (a) Speed (b) Brake power (c) Indicated power (d) Volumetric efficiency

Description : In a variable speed SI engine, the maximum torque occurs at the maximum (a) Speed (b) Brake power (c) Indicated power (d) Volumetric efficiency

Last Answer : Ans :d

A engine will generate maximum torque when it a. runs at maximum speed b. develops maximum power c. runs at lowest speed d. consumes more fuel

Description : A engine will generate maximum torque when it a. runs at maximum speed b. develops maximum power c. runs at lowest speed d. consumes more fuel

Last Answer : ANSWER c. runs at lowest speed

Engine power output is a function of A. Crank shaft torque B. Speed C. Both (A) and (B) D. None of the above

Description : Engine power output is a function of A. Crank shaft torque B. Speed C. Both (A) and (B) D. None of the above

Last Answer : Engine power output is a function of A. Crank shaft torque B. Speed C. Both (A) and (B) D. None of the above

An engine indicator is used to determine the following a. Speed. b. Temperature. c. Volume of cylinder. d. Mean effective pressure and Indicated horse power.

Description : An engine indicator is used to determine the following a. Speed. b. Temperature. c. Volume of cylinder. d. Mean effective pressure and Indicated horse power.

Last Answer : ANSWER d. Mean effective pressure and Indicated horse power.

The tendency of a petrol engine to knock increases by a. supercharging b. scavenging c. increasing the engine horse power d. reducing the spark advance

Description : The tendency of a petrol engine to knock increases by a. supercharging b. scavenging c. increasing the engine horse power d. reducing the spark advance

Last Answer : ANSWER a. supercharging

When the clutch disc is totally worn out about how much more torque carrying capacity is left in the clutch than the engine can deliver?

Description : When the clutch disc is totally worn out about how much more torque carrying capacity is left in the clutch than the engine can deliver?

Last Answer : If the clutch is totally worn out there is nothing left.

When the clutch disc is totally worn out about how much more torque carrying capacity is left in the clutch than the engine can deliver?

Description : When the clutch disc is totally worn out about how much more torque carrying capacity is left in the clutch than the engine can deliver?

Last Answer : If the clutch is totally worn out there is nothing left.

of the engine Torque What ?

Last Answer : Reverse Direction From Produced Of energy Quantity Who Them Internal Angle With Multiply If you do That The value Found Will go Him Torque Says . That is Energy * Conic Distance Of ... Center To be Perpendicular Distance. Of torque Because Basically The opposite Voltage Creation Become Stays.

What is the head bolt torque setting of 8dc9 engine?

Description : What is the head bolt torque setting of 8dc9 engine?

Last Answer : Need answer

What is the culinder head torque to 4JB1 engine Isuzu.?

Description : What is the culinder head torque to 4JB1 engine Isuzu.?

Last Answer : I cannot answer this question.

If the driving torque, such as that produced by a diesel engine, creates pulsations when coupled with a synchronous generator operating in parallel; the generator rotor may be periodically pulled ahead or behind its normal position as it rotates. This co A. hunting B. direct coupling C. peaking D. harmonic coupling

Description : If the driving torque, such as that produced by a diesel engine, creates pulsations when coupled with a synchronous generator operating in parallel; the generator rotor may be periodically pulled ahead or behind ... as it rotates. This co A. hunting B. direct coupling C. peaking D. harmonic coupling

Last Answer : Answer: A

If the driving torque, such as that produced by a diesel engine, creates pulsations when coupled with a synchronous generator operating in parallel; the generator rotor may be periodically pulled ahead or behind its normal position as it rotates. This hu A. amortisseur windings B. direct coupling C. increase governor speed droop D. decreasing governor speed droop

Description : If the driving torque, such as that produced by a diesel engine, creates pulsations when coupled with a synchronous generator operating in parallel; the generator rotor may be periodically pulled ... windings B. direct coupling C. increase governor speed droop D. decreasing governor speed droop

Last Answer : Answer: A

For two stroke engine, work done/cycle is (where T m is the mean torque) (A) πT m (B) 2πT m (C) 3πT m (D) 4πT m

Description : For two stroke engine, work done/cycle is (where T m is the mean torque) (A) πT m (B) 2πT m (C) 3πT m (D) 4πT m

Last Answer : (B) 2πT m

For four stroke engine, work done/cycle is (where T m is the mean torque) (A) πT m (B) 2πT m (C) 3πT m (D) 4πT m

Description : For four stroke engine, work done/cycle is (where T m is the mean torque) (A) πT m (B) 2πT m (C) 3πT m (D) 4πT m

Last Answer : (D) 4πT m

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.

iesel engine has less reserve torque then spark ignition because ∙ Torque-speed curve is governed by volumetric efficiency of fuel pump and engine cylinder ∙ Torque is a function of thermal efficiency ∙ Diesel engine has generally low speed engine ∙ None of the above

Description : iesel engine has less reserve torque then spark ignition because ∙ Torque-speed curve is governed by volumetric efficiency of fuel pump and engine cylinder ∙ Torque is a function of thermal efficiency ∙ Diesel engine has generally low speed engine ∙ None of the above

Last Answer : ∙ Torque is a function of thermal efficiency

Squirrel cage induction motor has a) Zero starting torque b) Very small starting torque c) Medium starting torque d) Very high starting torque

Description : Squirrel cage induction motor has a) Zero starting torque b) Very small starting torque c) Medium starting torque d) Very high starting torque

Last Answer : Ans: B

An across-the-line starter is typically used for which of the following applications? A. Reduced-current starting of large motors B. Low torque starting of small motors C. Low resistance starting of DC motors D. Full-voltage starting of motors

Description : An across-the-line starter is typically used for which of the following applications? A. Reduced-current starting of large motors B. Low torque starting of small motors C. Low resistance starting of DC motors D. Full-voltage starting of motors

Last Answer : Answer: D

Why is a small horse like a young musk-melon? -Riddles

Description : Why is a small horse like a young musk-melon? -Riddles

Last Answer : Because it makes a man go.

what does your doody look likeis it brownis it purple or blueis it big and fator small and slimdoes it look like a Slim Jimor a big fat horse?

Description : what does your doody look likeis it brownis it purple or blueis it big and fator small and slimdoes it look like a Slim Jimor a big fat horse?

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What were the small metelsome what star shape things that the civil war aera soldiers use to lay on the road for the horse to step on them and fall. making the fallen soldier easier to fight than on h?

Description : What were the small metelsome what star shape things that the civil war aera soldiers use to lay on the road for the horse to step on them and fall. making the fallen soldier easier to fight than on h?

Last Answer : Need answer

I need a horse manure removal service near Chardon, Ohio. Small affordable container for regular pick up for 2-4 horses--residential.?

Description : I need a horse manure removal service near Chardon, Ohio. Small affordable container for regular pick up for 2-4 horses--residential.?

Last Answer : Geageau County Compost, 440-669-3355, Thompson, Ohio Kohler Farms, 614-332-2184, Westerville Ohio

A small horse?

Description : A small horse?

Last Answer : When a horse is born, it is called a "foal." Then, when it gets a bit older, it is called a "miniature horse." this is the age where you can tell what gender it is. Then, after being a miniature horse it grows into a horse or a pony. Hope I helped!

The driveshaft of a car rotates at 450 radians per second with a torque of 150 Newton-meters. How much power is produced?

Description : The driveshaft of a car rotates at 450 radians per second with a torque of 150 Newton-meters. How much power is produced? 

Last Answer : ANSWER: 67,500 WATTS

How much horse power is 420 cc?

Description : How much horse power is 420 cc?

Last Answer : There is no fixed relation between engine displacement andhorsepower.

How much horse power does a Dodge Charger have?

Description : How much horse power does a Dodge Charger have?

Last Answer : The 2010 Dodge Charger SRT8 has 425 horsepower. The normal Dodge Charger that isn't supercharged will have a 368 horsepower engine.

ML2T-2 could be the dimension of all of the following EXCEPT a.Energy b.Work c.107 dynes d.Power e.Torque

Description : ML2T-2 could be the dimension of all of the following EXCEPT a.Energy b.Work c.107 dynes d.Power e.Torque

Last Answer : d. Power

Which of the following have the same unit? (1) Work and power (2) Torque and moment of inertia (3) Work and torque (4) Torque and angular momentum

Description : Which of the following have the same unit? (1) Work and power (2) Torque and moment of inertia (3) Work and torque (4) Torque and angular momentum

Last Answer : (3) Work and torque Explanation: The SI unit of work is the Newton-metre or joule (J). A Newton meter is also the SI unit of torque (also called "moment" or "moment of force").

The operating torque of the upper induction disc-type element, or timer element, of an AC reverse power relay is obtained from ____________. A. the main bus B. a separate battery source C. line voltage D. electromagnets

Description : The operating torque of the upper induction disc-type element, or timer element, of an AC reverse power relay is obtained from ____________. A. the main bus B. a separate battery source C. line voltage D. electromagnets

Last Answer : Answer: D

An across-the-line starter provides ___________________. A. maximum torque B. slow starting power C. high speed D. reduced voltage

Description : An across-the-line starter provides ___________________. A. maximum torque B. slow starting power C. high speed D. reduced voltage

Last Answer : Answer: A

The timer element found in a reverse power relay obtains its operating torque via _____________. A. line voltage B. the main bus C. electromagnets D. a separate battery source

Description : The timer element found in a reverse power relay obtains its operating torque via _____________. A. line voltage B. the main bus C. electromagnets D. a separate battery source

Last Answer : Answer: C

Regarding an induction motor, the power developed by the rotor automatically adjusts itself to the _____________. A. power required to drive the load B. speed required to drive the load C. current flow in the motor stator D. torque developed by the rotating field

Description : Regarding an induction motor, the power developed by the rotor automatically adjusts itself to the _____________. A. power required to drive the load B. speed required to drive the load C. current flow in the motor stator D. torque developed by the rotating field

Last Answer : Answer: A

Saddle key is transmit power or torque through friction resistant only A. True B. False

Description : Saddle key is transmit power or torque through friction resistant only A. True B. False

Last Answer : A. True

Splines are used if, (A) The power to be transmitted is high (B) The torque to be transmitted is high (C) The speed is high (D) There is relative motion between shaft and hub

Description : Splines are used if, (A) The power to be transmitted is high (B) The torque to be transmitted is high (C) The speed is high (D) There is relative motion between shaft and hub

Last Answer : (D) There is relative motion between shaft and hub

The rate of change of moment of momentum represents the __________ by the fluid. (A) Torque applied (B) Force exerted (C) Work done (D) Power developed

Description : The rate of change of moment of momentum represents the __________ by the fluid. (A) Torque applied (B) Force exerted (C) Work done (D) Power developed

Last Answer : (A) Torque applied

In an induction machine, if the air gap increased a) Speed will be reduced b) Efficiency will be improved c) Power factor will be lowered d) Breakdown torque will be reduced

Description : In an induction machine, if the air gap increased a) Speed will be reduced b) Efficiency will be improved c) Power factor will be lowered d) Breakdown torque will be reduced

Last Answer : Ans: Power factor will be lowered

A shaft turns at 150 rpm under a torque of 1500 N-m. Power transmitted is (a) 15p kW (b) 10p kW (c) 7.5p kW (d) 5p kW (IES 1999) Hint: P = 2pNT/60

Description : A shaft turns at 150 rpm under a torque of 1500 N-m. Power transmitted is (a) 15p kW (b) 10p kW (c) 7.5p kW (d) 5p kW (IES 1999) Hint: P = 2pNT/60

Last Answer : (c) 7.5p kW

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

The purpose of registration in a mower is (A) to get uniform length of cut of grass (B)to run the mower at minimum power (C)to run the mower at uniform torque (D)to reduce the occurrence of overload

Description : The purpose of registration in a mower is (A) to get uniform length of cut of grass (B)to run the mower at minimum power (C)to run the mower at uniform torque (D)to reduce the occurrence of overload

Last Answer : (B)to run the mower at minimum power

Which of the following methods is most accurate ? (a) Equivalent current method (b) Equivalent power method (c) Equivalent torque method (d) Method of average losses

Description : Which of the following methods is most accurate ? (a) Equivalent current method (b) Equivalent power method (c) Equivalent torque method (d) Method of average losses

Last Answer : (a) Equivalent current method

Which of the following methods does not take into account the maximum temperature rise under variable load conditions ? (a) Equivalent power method (b) Equivalent current method (c) Method of average losses (d) Equivalent torque method

Description : Which of the following methods does not take into account the maximum temperature rise under variable load conditions ? (a) Equivalent power method (b) Equivalent current method (c) Method of average losses (d) Equivalent torque method

Last Answer : (c) Method of average losses

By which of the following methods motor rating for variable load drives can be determined ? (a) Method of average losses (b) Equivalent current method (c) Equivalent torque method (d) Equivalent power method (e) All of the above.

Description : By which of the following methods motor rating for variable load drives can be determined ? (a) Method of average losses (b) Equivalent current method (c) Equivalent torque method (d) Equivalent power method (e) All of the above.

Last Answer : (e) All of the above.

To reverse the direction of rotation of a three-phase AC induction motor, do one of the following: w) reverse any two of the three-phase connections x) change the frequency of the applied AC power y) operate the motor below the stall torque at very high slip z) none of the above

Description : To reverse the direction of rotation of a three-phase AC induction motor, do one of the following: w) reverse any two of the three-phase connections x) change the frequency of the applied AC power y) operate the motor below the stall torque at very high slip z) none of the above

Last Answer : ANSWER: W -- REVERSE ANY TWO OF THE THREE-PHASE CONNECTIONS 

Which of the following have the same unit ? (1) Work and power (2) Torque and moment of inertia (3) Work and torque (4) Torque and angular momentum

Description : Which of the following have the same unit ? (1) Work and power (2) Torque and moment of inertia (3) Work and torque (4) Torque and angular momentum 

Last Answer : Work and torque

The power factor angle and torque angle of a salient pole synchronous generator drawing a current of 1.0 pu

Description : The power factor angle and torque angle of a salient pole synchronous generator drawing a current of 1.0 pu from a lagging load are 45o and 15o, respectively. The direct axis and quadrature axis currents, respectively, are (A) 0.5 pu ... pu, 0.5 pu (C) 0.707 pu, 0.707 pu (D) 0.5 pu, 0.5 pu

Last Answer : The power factor angle and torque angle of a salient pole synchronous generator drawing a current of 1.0 pu from a lagging load are 45o and 15o, respectively. The direct axis and quadrature axis currents, respectively, are 0.866 pu, 0.5 pu