2 Concepts in Newton's Law Open the simulation (h - h lr n iml in r i -f r -l menabym-DWOOW'BIMN . memiwm-ommtslmu r H H l E|JEI Check 'Constant Size'. Set the masses of both the spheres to 500 kg and set a distance of 10 m apart 7. What is the value of the force of attraction between them? Bring the two mass as close together as possible, 8. Now increase the distance between them, what happens to the force of attraction between them? 9. If you increase one of the two masses, what happens to the force of attraction between them? Set Mass 1 = 10 kg and Mass 2 = 20 kg 10. Which mass is pulled with the greater force? 11. Can you find a quantity in the simulation that if you vary it, would result in the force on Mass 1 being different (in the magnitude) to the force on Mass 2? If so which quantity? 12. Are the two forces a valid example of a pair of action/reaction forces? 13. What would be the force between them if the distance of separation were infinitely large? Force on m2 by m1 = 3.83 x 10-7 N Force on m1 by m2 = 3.83 x 10-7 N m1 m2 0 meters 1 2 3 4 5 6 7 8 9 10 Mass 1 Mass 2 Force Values 500 kg 500 kg O Decimal Notation 10 1000 10 1000 Scientific Notation O Hidden _Constant Size