The brake power is the power available

The brake power is the power available Correct Answer At the crank shaft

The brake power is the power available at the crank shaft.
The brake power (briefly written as B.P.) of an I.C. Engine is the power available at the crankshaft.
The brake power of an I.C. engine is, usually, measured by means of a brake mechanism (prony brake or rope brake).
Bissoy MCQ

Related Questions

A single cylinder, four stroke cycle oil engine is fitted with a rope brake. The diameter of the brake wheel is 600 mm and the rope diameter is 26 mm. The dead load on the brake is 200 N and the spring balance reads 30 N. If the engine runs at 450 r.p.m., what will be the brake power of the engine?
The brake power (B.P.) of the engine is given by (where W = Brake load or dead load in newtons, $$l$$ = Length of arm in meters, N = Speed of engine in r.p.m., S = Spring balance reading in newtons, D = Diameter of brake drum in meters and d = Diameter of rope in meters)
A 25 kg mass moving with 25 m/s is brought to a complete stop with a constant deceleration over a period of 5 seconds by a brake system. The brake energy is absorbed by 0.5kg water initially at 100 kPa, 20°C. Assume that the mass is at constant P and T. Find the energy the brake removes from the mass assuming P = C.
There are 4 breeds of dogs available at a pet store. If the ratio of those dogs available is 3 : 7 : 1 : 23, find the total number of dogs available. It is known that the minimum number of dogs of any breed available is 19.
Which of the following combinations are not correctly matched?
1. Writ of Habeas Corpus: available against private individuals as well
2. Writ of Quo Warranto: available against subordinate courts only
3. Writ of Certiorari: available against state only
4. Writ of Prohibition: available against autonomous bodies only
Select the correct answer:
For which of the following engines a prony brake is used to measure brake power?
The brake output per unit of piston displacement is defined as brake power.
Flywheel diameter 1.2 m; diameter of the rope 12.5 mm; engine speed 200 r.p.m.; dead load on the brake 600 N; spring balance reading 150 N. Using this data, calculate the brake power of the engine in kW.
Flywheel diameter 1.2 m; diameter of the rope 12.5 mm; engine speed 400 r.p.m.; dead load on the brake 600 N; spring balance reading 150 N. Using this data, calculate the brake power of the engine in kW.
Flywheel diameter 1.2 m; diameter of the rope 12.5 mm; engine speed 100 r.p.m.; dead load on the brake 600 N; spring balance reading 150 N. Using this data, calculate the brake power of the engine in kW.