The tractive force in a locomotive with two cylinders is given by (where c = Fraction of reciprocating parts per cylinder, m = Mass of reciprocating parts, ω = Angular speed of crank, r = Radius of crank, and θ = Angle of inclination of crank to the line of stroke)

Theory of Machine
The tractive force in a locomotive with two cylinders is given by (where c = Fraction of reciprocating parts per cylinder, m = Mass of reciprocating parts, ω = Angular speed of crank, r = Radius of crank, and θ = Angle of inclination of crank to the line of stroke)

m.ω².r (cosθ - sinθ)

m.ω².r sinθ

(1 - c).m.ω².r (cosθ - sinθ)

m.ω².r cosθ

m.ω².r (cosθ - sinθ)

m.ω².r sinθ

(1 - c).m.ω².r (cosθ - sinθ)

m.ω².r cosθ

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Theory of Machine
An imaginary circle which by pure rolling action, gives the same motion as the actual gear, is called

Dedendum circle

Addendum circle

Pitch circle

Clearance circle

Dedendum circle

Addendum circle

Pitch circle

Clearance circle

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Theory of Machine
If the opposite links of a four bar linkage are equal, the links will always form a

Triangle

Rectangle

Parallelogram

Pentagon

Triangle

Rectangle

Parallelogram

Pentagon

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Theory of Machine
Inertia force acts

Opposite to the direction of acceleration force

Perpendicular to the acceleration force

None of the listed here

Along the direction of acceleration force

Opposite to the direction of acceleration force

Perpendicular to the acceleration force

None of the listed here

Along the direction of acceleration force

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Theory of Machine
The relative velocity of B with respect to A in a rigid link AB is

At 45° to AB

Perpendicular to AB

Along AB

Parallel to AB

At 45° to AB

Perpendicular to AB

Along AB

Parallel to AB

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Theory of Machine
Length of arc of contact is given by

Arc of approach - Arc of recess

Arc of approach + Arc of recess

Arc of approach × Arc of recess

Arc of approach / Arc of recess

Arc of approach - Arc of recess

Arc of approach + Arc of recess

Arc of approach × Arc of recess

Arc of approach / Arc of recess

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Theory of Machine

Theory of Machine The tractive force in a locomotive with two cylinders is given by (where c = Fraction of reciprocating parts per cylinder, m = Mass of reciprocating parts, ω = Angular speed of crank, r = Radius of crank, and θ = Angle of inclination of crank to the line of stroke)

Theory of Machine An imaginary circle which by pure rolling action, gives the same motion as the actual gear, is called

Theory of Machine If the opposite links of a four bar linkage are equal, the links will always form a

Theory of Machine Inertia force acts

Theory of Machine The relative velocity of B with respect to A in a rigid link AB is

Theory of Machine Length of arc of contact is given by

Theory of Machine
The tractive force in a locomotive with two cylinders is given by (where c = Fraction of reciprocating parts per cylinder, m = Mass of reciprocating parts, ω = Angular speed of crank, r = Radius of crank, and θ = Angle of inclination of crank to the line of stroke)

Theory of Machine
An imaginary circle which by pure rolling action, gives the same motion as the actual gear, is called

Theory of Machine
If the opposite links of a four bar linkage are equal, the links will always form a

Theory of Machine
Inertia force acts

Theory of Machine
The relative velocity of B with respect to A in a rigid link AB is

Theory of Machine
Length of arc of contact is given by