The image provides all of the information, the question I need help on states: How high up the other incline does the block slide before stopping? (Note that this is the height y3, not the distance along the slope) A 3.00-kg block starts from rest at the top of an incline at height yo = 2.50 m above thefloor. It slides down the frictionless incline onto the floor, and then encounters a roughpart of the floor that has a coefficient of kinetic friction ux = 0.500. It slides 2.00 m acrossthis surface before the floor is again frictionless. It then slides up another frictionlessincline on the other side. (There are four situations here, labeled "0" through "3".)m = 3.0 kgeirli isdi olo S gota stoisd obila bold erlt 29ob enibni 19ho aril id wwoH 20.50 6 9onstaib orl to ilgl ort ei2.5 m2.0 m1. What is the initial gravitational potential energy PE, of the block? (Use the floor asthe reference point where PE = 0.)PE = 3K9x9.8m52x2.5mPE 73.5 J]thePEO=(mass ,ot block)x(acceleration due too gravity)r(hijgnt af block frem flaer)2. What is the speed v, of the block just before it reaches the rough part of the floor?KEo=0PEotfo = 73.5 JFrom conservaticn of energyx3X Vq² = 73.517 m%3D1.5

Name: The image provides all of the information, the question I need help on
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: The image provides all of the information, the question I need help on states: How high up the other incline does the block slide before stopping? (Note that this is the height y3, not the distance along the slope) A 3.00-kg block starts from rest at