28 



HANDBOOK OF MECHANICAL DESIGN 



ACCELERATED LINEAR MOTION 



2S V V 32.16F 



T- 2S 



W 



= G 



3 4 5 6 7 8 i9 10 



20 30 40 50 60 80 100 120 140 



I I I,...i,..,l,.., I I I , r , I , 



ft per sec. £ 

 per sec. 



■^100 

 WLb. 



* = turning point 



F = velocity at time T, in ft. per sec. 

 (S . = distance passed thi-ough, in ft. 

 T = time during which force acts, in sec. 

 F — accelerating force, in lb. 

 W — weight of moving body, in lb. 

 G = constant acceleration, in ft. per sec. 



