Inertial mass and gravitational mass would have the same value, but is different conceptually.
Inertial mass shows how reluctant an object is to be accelerated. You can calculate inertial mass using the net force equation ΣF = ma, when you know net force and acceleration.
On the other hand, gravitational mass shows how much an object will interact through gravity. You can calculate gravitational mass using this equation (W = mg), when you know the weight force and gravitational acceleration.
Just to let you know, inertial mass and gravitational mass would have an equal value.
Hi, thank you for your question.
Inertial mass and gravitational mass would have the same value, but is different conceptually.
Inertial mass shows how reluctant an object is to be accelerated. You can calculate inertial mass using the net force equation ΣF = ma, when you know net force and acceleration.
On the other hand, gravitational mass shows how much an object will interact through gravity. You can calculate gravitational mass using this equation (W = mg), when you know the weight force and gravitational acceleration.
Just to let you know, inertial mass and gravitational mass would have an equal value.
Does this answer your question?