A shaft is fitted with four bodies. The density of the all the bodies is 7250...
A shaft is fitted with four bodies. The density of the all the bodies is 7250 kg/m3. All the 2. bodies are placed perpendicular to each other in a successive manner. A balancing body A is used to make the net centrifugal force as zero. Find analytically, the weight and position of body A, whose radius of rotation is given as 3x+y. 4 3 2 1 Mass 25% greater Twice that of 80% of di 55 Diameter, d in cm than da 55 Average of t 20% lesser t2:14-16:15 22 Thickness, t in mm than ti 11 Radius of rotation 13 2x+y 3x+2y 7N4tC 22cn220 4y+0.5 x x+3y (x-4 cm & y 50 mm) 2 2c 22 19em
A shaft is fitted with four bodies. The density of the all the bodies is 7250 kg/m3. All the 2. bodies are placed perpendicular to each other in a successive manner. A balancing body A is used to make the net centrifugal force as zero. Find analytically, the weight and position of body A, whose radius of rotation is given as 3x+y. 4 3 2 1 Mass 25% greater Twice that of 80% of di 55 Diameter, d in cm than da 55 Average of t 20% lesser t2:14-16:15 22 Thickness, t in mm than ti 11 Radius of rotation 13 2x+y 3x+2y 7N4tC 22cn220 4y+0.5 x x+3y (x-4 cm & y 50 mm) 2 2c 22 19em