summary. weight is blank on the gravitational force in a specific blank. the earth has much more mass than…

summary. weight is blank on the gravitational force in a specific blank. the earth has much more mass than the moon, therefore the gravitational force on earth is blank than on the moon. the formula used to calculate weight is: weight = mass (m) x blank. from this equation, we can conclude that weight is blank to mass. not proportional more dependent proportional gravity (g) independent less mass location speed

summary. weight is blank on the gravitational force in a specific blank. the earth has much more mass than the moon, therefore the gravitational force on earth is blank than on the moon. the formula used to calculate weight is: weight = mass (m) x blank. from this equation, we can conclude that weight is blank to mass. not proportional more dependent proportional gravity (g) independent less mass location speed

Answer

Answer:

dependent, location, more, gravity (g), proportional

Explanation:

Step1: Define weight - mass relation

Weight depends on mass and gravity.

Step2: Identify location factor

Weight is dependent on the gravitational force in a specific location.

Step3: Compare Earth - Moon gravity

The Earth has more mass than the Moon, so gravitational force on Earth is more.

Step4: Recall weight formula

The formula for weight is weight = mass (m)×gravity (g).

Step5: Determine mass - weight relation

From the formula, weight is proportional to mass.