1. Click on "Begin". Click on "Fluid" until it changes to "Gasoline". 2. On open program, select "Earth", "Bottle Volume of 500 mL" and Mass of "1,000" grams. 3. Click on "Start" and allow enough time for bottle to be completely submerged and motionless. Graph shows total time as 16 seconds. 4. Obtain from your graph values for force in air and force when bottle is submerged in fluid. Subtract these forces to get buoyant force. 5. Click on "Location" to change. Repeat procedure for all other locations available in this simulation. Leave all other parameters unchanged except location. Record data in table below. [4 points] TABLE: Buoyancy at different locations. PLANET g ( m/s^2) Force in Air(N)|Force in Fluid(N) |Buoyancy Force(N) Earth 9.8 Moon 1.62 Mars 3.71 Venus 8.87 Jupiter 24.79 Vesta 0.22 6. Based on the data in the table, use a sentence to describe how buoyancy varies with its location(with respect to the location's gravity): [1 point]