Period 5 Horizontal Projectile Practice
7 Questions
| Total Attempts: 41
Walks you through solving a horizontal projectile problem.
Questions and Answers
- 1.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variables belong on the x side of the T chart? Check all that apply. - ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variables belong on the x side of the T chart? Check all that apply.")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variables belong on the x side of the T chart? Check all that apply.- A.
V= 13 m/s
- B.
Vi=0 m/s
- C.
A= -9.8 m/s
- D.
D= 11m
- E.
D= -11 m
- F.
Vf=0 m/s
- 2.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variables belong on the y side of the T chart? Check all that apply. - ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variables belong on the y side of the T chart? Check all that apply.")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variables belong on the y side of the T chart? Check all that apply.- A.
V= 13 m/s
- B.
Vi=0 m/s
- C.
A= -9.8 m/s/s
- D.
D= 11m
- E.
D= -11 m
- F.
Vf=0 m/s
- 3.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which equation will you be using on the x side of the T chart?
- ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which equation will you be using on the x side of the T chart?")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which equation will you be using on the x side of the T chart?- A.
Constant acceleration equation 1
- B.
V=d/t
- C.
Constant acceleration equation 2
- D.
Constant acceleration equation 3
- E.
Constant acceleration equation 4
- 4.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variable should you try to solve for first?
- ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which variable should you try to solve for first?")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which variable should you try to solve for first?- A.
Vf
- B.
Vi
- C.
D d
- D.
T
- E.
A
- 5.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which equation will you be using on the y side of the T chart?
- ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which equation will you be using on the y side of the T chart?")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? Which equation will you be using on the y side of the T chart?- A.
V=d/t
- B.
Constant acceleration equation 1
- C.
Constant acceleration equation 2
- D.
Constant acceleration equation 3
- E.
Constant acceleration equation 4
- 6.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
How long will it take the dog to hit the water?
- ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
How long will it take the dog to hit the water?")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? How long will it take the dog to hit the water?- A.
1.05 s
- B.
1.49 s
- C.
2.2 s
- D.
This problem cannot be solved
- E.
Constant acceleration equation 4
- 7.
![A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
How far will the dog land from the bottom of the cliff
- ProProfs]( "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
How far will the dog land from the bottom of the cliff")
A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water? How far will the dog land from the bottom of the cliff- A.
8.72 m
- B.
0.11 m
- C.
19.37 m
- D.
This problem cannot be solved
.PNG "A dog chases a ball off of a low cliff, running 13 m/s. She splashes into the water, which is 11 m below. How far away from the base of the cliff did the dog splash into the water?
Which equation will you be using on the x side of the T chart?")
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