spherical masses are always fun to observe and sort of analyze in physics. in this problem, we would have 2 of them. 2 spherical masses to be precise. the first spherical mass (m1) has a mass of 49kg and the second spherical mass (m2) has a mass off 73 kg. the first sphere as a radius of 10cm while the other one has a radius of 12cm. now, these spherical masses are in space. they began moving from rest. they are separated 20 m in space with no other force or mass that disrupts them. FIND: Considering that conservation of linear momentum that has been happening, get the speed of these two at the time that they touch.
spherical masses are always fun to observe and sort of analyze in physics. in this problem, we would have 2 of them. 2 spherical masses to be precise. the first spherical mass (m1) has a mass of 49kg and the second spherical mass (m2) has a mass off 73 kg. the first sphere as a radius of 10cm while the other one has a radius of 12cm. now, these spherical masses are in space. they began moving from rest. they are separated 20 m in space with no other force or mass that disrupts them. FIND: Considering that conservation of linear momentum that has been happening, get the speed of these two at the time that they touch.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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spherical masses are always fun to observe and sort of analyze in physics. in this problem, we would have 2 of them. 2 spherical masses to be precise. the first spherical mass (m1) has a mass of 49kg and the second spherical mass (m2) has a mass off 73 kg. the first sphere as a radius of 10cm while the other one has a radius of 12cm. now, these spherical masses are in space. they began moving from rest. they are separated 20 m in space with no other force or mass that disrupts them.
FIND:
Considering that conservation of linear momentum that has been happening, get the speed of these two at the time that they touch.
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