Recent content by Muhsin

The work will be the same on both end hence the RPM are the same. but in the design we have a lever since most of the time the force requires to move the arm on shaft B is always less than the effort force due to the fulcrum taking some of the load it should increase the torque. i may be worng...

what if the design changed to the one in the attached i have just sent. won't the torque increase by 50% or 100% ? or which length i should calculate if i use the second design? the 5cm contiuing lever legnth or the 10cm contiuing lever length or both have to be added then used in the equation?

I already done the follwoing but was not sure if I have done some mistakes. First converting Torque to Linear Force Torque = Force * Radius F = 10 N.m/0.5 = 20 N since both levers are connected to the same arm the force will be devided between both. each lever will have around 10N of effort...

Thanks for a quick reply. The task was for me to prove if the lever can amplify the torque on shaft B even though Shaft A and Shaft B have the same rpm. So, since lever amplify linear force in mechanical advantage. Will it produce the same advantages if it is used in the design used in the...

Homework Statement: Hi there. I am new to this forum, but I joined just to ask some input from anyone who may be kind to help. I have this attached file where you can see all the values and equations I have used but there is one bit where I need help. finding Torque on Shaft B, I appreciate...