a 3.00 kg object undergoes an acceleration given by a = (2.00 i + 5.00 j) m/s^2 find the resultant force acting on the object and the magnitude of the resultant force

Question

a 3.00 kg object undergoes an acceleration given by a = (2.00 i +  5.00 j) m/s^2 find the resultant force acting on the object and the magnitude of the resultant force

lgbasallote · Answer

im just 2nd year...and please dont mock my knowledge :|

lgbasallote · Answer

can you just tell me how to solve it instead of trashtalking?

apoorvk · Answer

Well, Newton gave us his second law of equation, which says the *net* force applied on a a body is mass times its acceleration.

So, $\large  \vec{F}_{net}=m\vec{a}$

You have the mass and the acceleration vector. Can you find out the Force using the above equation?

lgbasallote · Answer

i draw FBD first right? or is that not needed here?

lgbasallote · Answer

would the FBD be |dw:1341550575637:dw|
??