## Three masses 10 kg, 20 kg and 15kg are attached at a point ........

## State the applications of............

## Compare cross belt drive and open belt drive on the basis of.......

## The crank and connecting rod of steam engine are 0.5m .......

## Discuss the following motion of the follower by drawing the displacement velocity and acceleration diagram.

## A pulley is driven by the flat belt running at speed of......

Flat belt speed = V = 600 m/min = 600/60 m/sec = 10 m/sec;

Power transmitted = P = 4 kW ;

Coefficient of friction =µ = 0.3;

Angle of lap = θ =1600

Belt tension ratio = T1/ T2 = eµθ = e 0.3(160x π/180) = 2.31; T1/ T2 = 2.31;

T1= T2 x 2.311--------------------------------(1)

P = ( T1 - T2) x V ; --------------------------------(2)

P = ( T2 x 2.31- T2)x 10; Putting value of power

P = 4 kW 4 x1000 = ( T2 x 2.31 - T2)x 10;

**T2 = 305.34 N**

**T1 = 705.34N**

## Explain with neat sketch different types of follower.

## Define the terms

## Explain Klein’s construction to determine velocity and acceleration of different links in single slider crank mechanism.

Klein’s construction

a) For velocity of different links

b) For acceleration of different links