Question

Object A requires more force to accelerate at the same level as object B under the
same conditions. We can say that object B has:
O Higher density than object A
O Lower volume than object A
O Higher mass than object A
O Lower inertia than object A​

Answer 1

Answer:

I think lower volume than object A

Hope it help you

Answer 2

The correct response to the given question is option 4th: Lower inertia than object A​.

• The inertia is defined as the potential of any object to prevent its current state that is described by one of the laws stated by Newton.
• However, this state of inertia of an object is totally dependent on the mass of that particular object.
• When the object has greater mass it has more ability to resist the change of its position from its original state unless some force is operated on it.
• And if the mass is greater it will ultimately require more outside force to accelerate in a particular direction.
• In this example, object A requires more force because it is heavier than object B which requires less force to accelerate comparatively.
• This implies the inertia of object B is less because it is comparatively lighter than object A.
• Hence, object B has lower inertia than object A.