12 please by using this formula shit easy way to explain 12. A 4-kg ball moving to the right at 12 m/s collides elastically with a 2-kg ball moving to the left at 6 m/s. What are thespeeds of the 4-kg and the 2-kg balls after the collision?A) 4 m/s and 10 m/sB) 6 m/s and 12 m/sC) 12 m/s and 6 m/sD) 8 m/s and -8 m/sE) 10 m/s and -4 m/s13. A 2-kg block is placed at the top of a 5-m high, frictionless ramp and is released from rest. At the bottom of the rampthe 2-kg block collides with a 1-kg block that is initially at rest. The blocks stick together. What is the velocity of theblocks after the collision?A) 3.3 m/sB) 6.6 m/sC) 9.9 m/sD) 10.10 m/sE) There is not enough information given14. A potential energy function is given below. At what point would an object experience a force in the positive xdirection?UabA) aB) bC) сD) dE) in the region from 0 to a, and from c to infinity15. A 3-kg box is moving at 6.0 m/s atop a hill that is 5.0 m above a flat frictionless surface. It descends the hill (alsofrictionless) and at the bottom of the hill contacts an ideal spring, which compresses 1.53 m before stopping. What is thespring constant k ?A) 172 N/mB) 225 N/mC) 344 N/mD) 450 N/mE) 980 N/mradius R= 0.5 m,4. A wheel, withime it stops spinning about i v2Circular motion: ac =RFnetWPavr =Atma;Weight: Fg= mg, ;g = 9.8 m/s?;1m v'; Potential energy: Ug = mgy(Kinetic energy: K =Ej = ErE = U+Kv2a, =Rotational motion:1 rev = 2t rad;= o'r;v = o r;at = a r;r10 = 0o + at;0 = 0o t +at2;22θα -ω - ωK=2T= rFsino;T=rxF;1Iaisk = mR 221IyFmR2Στ- Ια;Ipoint mass = mr?+21Ihoop = mR?Irod(center) =-mL²Irod(end) =mL?Iball =mR?12Ishell =mR?35I= Icom + MD?work: W=t0; K=-lo 2dWP =-dt2WPavr =AtW =2- 1o 21-m Vcom2Rolling:Veom = RoK =Im2.T= f,RF,max = H,FnIncline: F=mgsin0 F=mgcos0Angular momentum:Lpoint mass =m rxvL=mrvsin 0;L=m (rVy - ryVx)kL= Iom1X1+m2X2m, +m2LI = LIn 01 =I 202X com =mıy1+m2y2Y com =m1 +m2

Name: 12 please by using this formula shit easy way to explain 12. A 4-kg ba
Uploaded: 2024-03-20T06:57:37.000Z
Channel: Bartleby
Description: 12 please by using this formula shit easy way to explain 12. A 4-kg ball moving to the right at 12 m/s collides elastically with a 2-kg ball moving to the left at 6 m/s. What are thespeeds of the 4-kg and the 2-kg balls after the collision?A) 4 m/s a