I know that "p" stands for momentum... "m" stands for mass... "v" stands for velocity.
Question 3
3.
I know what momentum, mass, and velcoity/speed are measured in.
Question 4
4.
Known 1:
Question 5
5.
Known 2:
Question 6
6.
Show your work for solving the problem... Find the mass of a car that has a speed of 30 m/s and a momentum of 45,000 kg*m/s.
Question 7
7.
What is the value for the unknown that you solved for in question 6? Label your answer!
Question 8
8.
Known 1:
Question 9
9.
Known 2:
Question 10
10.
Show your work for solving the problem... 1. A car with a mass of 1200 kg has a speed of 30 m/s. What is the car’s momentum?
Question 11
11.
What is the value for the unknown that you solved for in question 10? Label your answer!
Question 12
12.
Known 1:
Question 13
13.
Known 2:
Question 14
14.
Show your work for solving the problem... 1. How fast must a 50 kg mass travel to have a momentum of 1,500 kg*m/s?
Question 15
15.
What is the value for the unknown that you solved for in question 14? Label your answer!
Question 16
16.
Known 1:
Question 17
17.
Known 2:
Question 18
18.
Show your work for solving the problem... 1. If a 5000 kg mass is moving at a speed of 43 m/s, what is its momentum?
Question 19
19.
What is the value for the unknown that you solved for in question 18? Label your answer!
Question 20
20.
I have reviewed the momentum equation and it's variables.
Question 21
21.
I have reviewed the weight equation and it's variables.
Question 22
22.
Known 1:
Question 23
23.
Known 2:
Question 24
24.
Show your work for solving the problem... On Earth, a person weighs 784 N. Use the weight formula to calculate the person’s mass?
Question 25
25.
What is the value for the unknown that you solved for in question 24? Label your answer!
Question 26
26.
Known 1:
Question 27
27.
Known 2:
Question 28
28.
Show your work for solving the problem... On Earth, a person weighs 784 N.
If the person is walking at 2 m/s what is the person’s momentum (use the momentum formula)?
Question 29
29.
What is the value for the unknown that you solved for in question 28? Label your answer!
Question 30
30.
Known 1:
Question 31
31.
Known 2:
Question 32
32.
Show your work for solving the problem... On Earth, a cart with a weight of 100 N gets pushed and rolls at a speed of 6 m/s. Use the weight formula to calculate the cart’s mass?
Question 33
33.
What is the value for the unknown that you solved for in question 32? Label your answer!
Question 34
34.
Known 1:
Question 35
35.
Known 2:
Question 36
36.
Show your work for solving the problem... On Earth, a cart with a weight of 100 N gets pushed and rolls at a speed of 6 m/s.
Calculate the cart’s momentum using the momentum formula.
Question 37
37.
What is the value for the unknown that you solved for in question 36? Label your answer!
