TSny said:If F is the force required to lift the dog and basket, how is F related to the mass of the dog and basket?
Yes, if by "gravity" you mean free-fall acceleration due to gravity, g.Angela_vaal said:Force/gravity = mass?
TSny said:Yes, if by "gravity" you mean free-fall acceleration due to gravity, g.
The combined mass of the dog and basket can be calculated by adding the individual masses of the dog and the basket together.
The mass of the dog and basket can be determined by using a scale or balance to measure the weight of both objects separately.
Yes, the mass of the dog and basket can vary in different environments due to factors such as air density and gravitational pull.
The standard unit of measurement for mass is kilograms (kg), but it can also be measured in grams (g) or pounds (lbs).
No, the combined mass of the dog and basket can change if the mass of either the dog or the basket changes, or if they are in a different environment.