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    Mass and cord tension of mass on a frictionless plane

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    A block with unknown mass M is held stationary on a frictionless plane inclined at angle b= 30 degrees, by a cord attached to the ceiling. The angle between cord and ceiling is angle a=50 degrees. The normal force exerted on the block by the plane is N= 74 nt. SEE ATTACHMENT #1 for arrangement.
    Part a. On the diaqram shown as ATTACHMENT #1, show as arrows, all forces acting on the block.
    Part b. Find M, the mass of the block, and T, the tension force in the cord.

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    https://brainmass.com/physics/scalar-and-vector-operations/mass-cord-tension-mass-frictionless-plane-11041

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    Part a.
    SEE ATTACHMENT #2 for all acting forces and x,y system with x parallel to the plane.
    Part b. Step 1.
    For stationary objects, 'net force = 0' holds for both x and y directions. Thus we can write that; (1) 'total +x forces must equal total -x forces'. Note the angles ...

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