we have this simulation values :You will be starting with a crate that has a mass of 100 kg and a coefficient of sliding friction of 0.3 and a coefficient of static friction of 0.5.answer this questions :Q1- Place the crate on the ramp with the angle at 20o. What is true about the parallel force and the friction force if the crate does not go down the ramp? Slowly increase the angle until the block JUST starts to move. Use the angle to calculate μs and compare to the given value for μs for the crate. Ramp: Forces and Motion (2.03)File HelpIntroductionFrictionForce GraphsRobot Moving CompanyFree Body DiagramO Show O HitieFriction-O lce (no frictionOWeosVectorsEFerce VectorsFNOSum of FercesSumWallsh-50mO Erick O BounryMore Controls-10OmetersObject Postion-6.0 metersAngle =30.0.Applisd Force10.00-10.010.0Ramp Angle 30.0 degrees0000.0) O en OenSmall CrateReset Al© RecordO PlaybackCarstart10 Windowes li.3 Moosoft Or.blue play-buto.Rap: Force a.t0 99 AN

Given, Mass of crate is 100 kg coefficient of kinetic friction is 0.3 coefficient of static friction…

You will be starting with a crate that has a mass of 100 kg and a coefficient of sliding friction of 0.3 and a coefficient of static friction of 0.5. answer this questions : Q1- Place the crate on the ramp with the angle at 20o. What is true about the parallel force and the friction force if the crate does not go down the ramp? Slowly increase the angle until the block JUST starts to move. Use the angle to calculate μs and compare to the given value for μs for the crate.

You will be starting with a crate that has a mass of 100 kg and a coefficient of sliding friction of 0.3 and a coefficient of static friction of 0.5. answer this questions : Q1- Place the crate on the ramp with the angle at 20o. What is true about the parallel force and the friction force if the crate does not go down the ramp? Slowly increase the angle until the block JUST starts to move. Use the angle to calculate μs and compare to the given value for μs for the crate.