A 1 kg mass on a rough horizontal surface is joined to a 2kg mass by a

1.	A 1 kg mass on a rough horizontal surface is joined to a 2kg mass by a light, inextensible string over a frictionless pulley. Will the 1 kg mass move at a lower, higher or zero acceleration? Explain, based on Newton's laws of motion, and state the law. Answer this and I will mark it as brainliest.
Answer» $\huge\underline{\overline{\mid{\bold{\pink{ANSWER-}}\mid}}}$ The one kg mass will MOVE with ACCELERATION given by (net force/mass of 1KG)=(20-10)/1=10m2/s2 Both masses will move at same acceleration as they are connected by string

A 1 kg mass on a rough horizontal surface is joined to a 2kg mass by a light, inextensible string over a frictionless pulley. Will the 1 kg mass move at a lower, higher or zero acceleration? Explain, based on Newton's laws of motion, and state the law. Answer this and I will mark it as brainliest.

Answer»

The one kg mass will MOVE with ACCELERATION given by (net force/mass of 1KG)=(20-10)/1=10m2/s2

Both masses will move at same acceleration as they are connected by string