The equation that describes this lab is: Gm m Fg = Notice that in the equation,...

 

Transcribed Image Text:

The equation that describes this lab is: Gm m Fg = Notice that in the equation, ris squared AND it is on the bottom of a fraction. We therefore say that the relationship between Fg and ris an inverse square relationship. What this means is that: When rgets two times bigger. Fg becomes four times smaller than before. (Due to the square relationship, two becomes four; two squared is four. Due to the inverse relationship, when one variable gets bigger, the other does the opposite and gets smaller). If r is made three times smaller, Fg gets nine times bigger than before. Question to Answer If r was made four times bigger, explain what you'd expect to happen to Fg. Force on m1 by m2 = 4.67 - 10 N Mass 1 100 kg Mass 2 700 kg Force on m2 by m1 = 4.67 10 N Force Values O Decimal Notation Scientific Notation Hidden Constant Size The equation that describes this lab is: Gm m Fg = Notice that in the equation, ris squared AND it is on the bottom of a fraction. We therefore say that the relationship between Fg and ris an inverse square relationship. What this means is that: When rgets two times bigger. Fg becomes four times smaller than before. (Due to the square relationship, two becomes four; two squared is four. Due to the inverse relationship, when one variable gets bigger, the other does the opposite and gets smaller). If r is made three times smaller, Fg gets nine times bigger than before. Question to Answer If r was made four times bigger, explain what you'd expect to happen to Fg. Force on m1 by m2 = 4.67 - 10 N Mass 1 100 kg Mass 2 700 kg Force on m2 by m1 = 4.67 10 N Force Values O Decimal Notation Scientific Notation Hidden Constant Size

Answer rating: 100% (QA)

This image contains a physics question related to the gravitational force between two masses The equ... View the full answer