Sagot :
First of all, the question is worded somewhat ambiguously because mass does not necessarily imply that there is a force (i.e. an object could be stationary in a system with no gravity and not have a force, or something of the like). Moreover, simply because an object is twice the mass does not mean the force will change.
However, we know from Newton's second law that F = ma. Therefore, force will increase or decrease proportionally with mass. This means if an object maintains a contestant acceleration and its mass doubles, the force that it provides will also double.
However, we know from Newton's second law that F = ma. Therefore, force will increase or decrease proportionally with mass. This means if an object maintains a contestant acceleration and its mass doubles, the force that it provides will also double.
F=ma
So if m=1 then F=1m
If the mass were to double (m=2) F=2m
So if you are to double the mass, you are essentially doubling the force
So if m=1 then F=1m
If the mass were to double (m=2) F=2m
So if you are to double the mass, you are essentially doubling the force