Suppose that Sphere A, a 2 kg sphere, and Sphere B, a 1 kg sphere, are separated by an explosive device. Both spheres are at rest. The explosive device is detonated, providing equal amounts of momentum to the 2 spheres and sending them flying in opposite directions along the same horizontal line. Based on the results of study 1, which sphere is most likely flying faster and why? Study 1For all 3 trials of Study 1, ČI had a mass of 1.0 kg.However, the mass of C2 was varied from trial to trial. Atthe start of each trial, Ct and C2 were at rest, separatedonly by a spring that was compressed. The amount of com-pression was the same for each trial. When the spring wasreleased, the expanding spring caused the carts to move inopposite directions (see Figure 1).compressed springcartC1C2spring releasedC1C2top viewFigure IThe students measured the speed, in m/sec, of each cart,and then calculated P of each cart (sce Table 1).Table 1Speed(m/sec)PMass ofC2(kg)(kg m/sec)TrialC1C2C1C21.02.03.00.1040.1160.1200.1040.0620.0410.100.120.120.100.120.123

Name: Suppose that Sphere A, a 2 kg sphere, and Sphere B, a 1 kg sphere, are
Uploaded: 2024-03-20T06:57:37.000Z
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Description: Suppose that Sphere A, a 2 kg sphere, and Sphere B, a 1 kg sphere, are separated by an explosive device. Both spheres are at rest. The explosive device is detonated, providing equal amounts of momentum to the 2 spheres and sending them flying in oppo