## force required to lift weight

can you please help me with this as i am confused? I am designing a frame for my project.

I have a rod GF connected to rod AB at point F at 45 Degrees. The dimensions are mentioned in the attached word file. There is a weight of 1 Kg at side resting on rod AB nead end - A.

what is the force required to lift this weight? please show the calculations.

thanks
Attached Files
 force required to lift weight.doc (27.0 KB, 25 views)
 PhysOrg.com physics news on PhysOrg.com >> A quantum simulator for magnetic materials>> Atomic-scale investigations solve key puzzle of LED efficiency>> Error sought & found: State-of-the-art measurement technique optimised
 Where will the force be applied ?
 the force is applied at point G, of the rod GF.

## force required to lift weight

In what direction? Is the arrow to the right supposed to be the force vector?
In that case I don't see why that force would lift the weight at all?

Also, is the 45deg angle fixed?
 actually i am going to connect a string at point G. So the direction of force will be pretty much the direciton of arrow shown, however it can vary slightly as its a string which will be applying the force and not a solid rod. The angle of 45 deg is fixed. will it be easy to lift the weight if the angle was 90 deg? or more difficult if the angle was only 20 deg? how would the angle and direction of force affect the lifting of weight? can you please show the vectors and calculations?