Can you help answer the bottom question under Analysis?

Gravitational Force Simulation Remember, gravitational strength is influenced by mass and distance. Opcn thc following link to begin the simulation. Follow the procedures below. https:/lphet.colorado.edu/en/simulation/gravity-force-lab Reid, Sam, John Blanco, Noah Podolefsky, Carl Wicman, Wendy Adams, and Patricia ucblien. "Gravity Force Lab. n PhET. University of Colorado, 2015. Web. 14 Dec. 201 s. Gravtty Force Lab Procedure: Force on m2by mi 000030 278 N Force by m2 0000 000 030 276N 2 Mass I 6 7 8 9 'Mass 2 1--0--5 1 1. Uncheck the box in the lower right that says "show values" in the lower-right. 2. Gravitational strength will now be representedby the length of the arrows. The longer the arrow, the greater the force that is attracting the objects. 3. You can alter the mass of two objects (in kilograms) and the distance between them (in meters). 4. The masses and distances in this simulation are similar to objects in the room with you. Analysis: Answer the following questions in your notebook. 1. Increase the mass of one or both objects. How does this change the gravitational force between them? 2. Pull the objects further apart. Now what happens to the gravitational force? 3. How would you maximize the gravitational force in this simulation? What are the distance and mass values? 4. Once you have maximized this force, re-check the "show values" box. The gravitational force is now represented in Newtons. The gravitational force between a box of 100 paperclips and the Earth is about I Newton. How does the force strength between these two objects compare to that? LEARN 4 LIE CHANGE LIVES 21 Integrated Science 1B Credit 2