https://phet.colorado.edu/sims/cheerpj/the-ramp/latest/the-ramp.html?simulation=the-ramp

\fWhile parachuting, a 61.0 kg person experiences a downward acceleration of 2.20 III/82. What is the downward force Fperson on the parachute from the person? Ignore the effects of air resistance. 2' TOOLS x10 . A l 15 N Sign is supported by two ropes. One rope pulls up and to the right 9] = 345" above the horizontal with a tension T1 , and the other rope pulls up and to the left 62 = 49.5 above the horizontal with a tension T3, as shown in the gure. Find the tensions T1 and T2. N :a n . Once the simulation opens, at the lower right of the simulation screen, at "Ramp Angle" set the angle to 0 degrees . At the lower left of the simulation screen, click "Go!" and then slowly increase Ramp Angle (recommend 1-2 degrees at a time) . NOTE: if needed, click at the upper right, click Reset return the simulation to the initial settings, then start over until you have satisfactorily understood the simulation. . As you increase the Ramp Angle, monitor the Forces displayed on the graph . Monitor for the Ramp Angle when the file cabinet just begins to slide down the ramp Questions (Reply below with your answers): 1. At what Ramp Angle does the file cabinet begin to slide down the ramp? 2. When the file cabinet begins to slide down the ramp, which Force magnitude is greater, the Force Due to Friction (Ffriction) or the Force Due to Gravity (Fgravity)? 3. What is the value of Ffriction? 4. What is the value of Fgravity? 5. Reset the simulation, replace the file cabinet with the heavier refrigerator, and repeat the simulation. When the refrigerator just begins to slide down the ramp, is the Ramp Angle greater than the Ramp Angle when the file cabinet began to slide? 6. What is the value of Ffriction when the refrigerator just begins to slide down the ramp