Two objects of mass 500 grams each are fastened together of a cord and suspended over a frictionless pulley at the top of a doubled-inclined plane. One side of the plane makes an angle of 45' with the horizontal and the other side makes an angle of 30', so that there is an angle of 1005 at the top of the plane where the pulley is attached. Calculate the acceleration of the system and the tension on the cord.

Question

Two objects of mass 500 grams each are fastened together of a cord and suspended over a frictionless pulley at the top of a doubled-inclined plane. One side of the plane makes an angle of 45'  with the horizontal and the other side makes an angle of 30', so that there is an angle of 1005 at the top of the plane where the pulley is attached. Calculate the acceleration of the system and the tension on the cord.

aivantettet26 · Answer

Correction:
makes an angle of 105'*

fifciol · Answer

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now newton's second law. Can you write down the equations?