8
www.careerindia.com

200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

  • Upload
    others

  • View
    2

  • Download
    0

Embed Size (px)

Citation preview

Page 1: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 2: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 3: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 4: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 5: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 6: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 7: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m

Page 8: 200 mm. The arms of the bell crank lever are 100 mm vertically and 150 mm horizontally. Find— (i) the initial compressive force on the spring if the speed for an initial ball

www.care

erin

dia.co

m