Study on the Relationship Between Release Distance and Bounce Distance of Golf Ball
Ball and ramp controlled
study
Group #5
How does the release
distance affect the bounce
distance of a golf ball from
bounce one to bounce two?
I
predict that the greater
the release distance the
farther the ball will travel
from bounce one to
bounce two
Controlled Variables:
Controlled Variables:
Angle of
Angle of
the ramp, the ball, the height,
the ramp, the ball, the height,
the surface the ramp is on.
the surface the ramp is on.
Manipulated Variable:
Manipulated Variable:
Release point, or distance.
Release point, or distance.
Dependent Variable:
Dependent Variable:
The
The
distance from bounce one to
distance from bounce one to
bounce two.
bounce two.
Carbon Paper
Googles
Golf Ball
Graf Paper
Lab Report
Masking Tape
Meter Tape
Scott Paper Towel
16 D Nail
2 PBC Pipes
Procedures
Step 1: We drew a plan/ sketch.
Step 2: Mark gets bucket of material.
Step 3: Put on googles.
Step 4: Construct our PBC pipe ramp.
Step 5: Put nail in 10 cm mark.
Step 6: Put down paper towel.
Step 7: Place carbon paper on paper towel.
Step 8: Drop our first ball.
The greater the height of
the ball was in the PBC
pipe was the more speed
it picked up, and the
farther the distance was
from bounce one to
bounce two
.
Question #1
What happens to the bounce distance when
the release distance increases?
Answer #1
The bounce distance increases when the
release distance increases.
Question #2
What is another variable that you would like to
manipulate? Write down a problem statement
for this new experiment to possibly investigate
.
Answer #2
How far would a bouncy ball travel from bounce
one to bounce two?
•
On the 10 centimeter drop the golf ball traveled a
distance of 43 centimeters from bounce one to bounce
two.
•
On the 20 centimeter drop the golf ball traveled a
distance of 51 centimeters from bounce one to bounce
two. That is a difference of 8 centimeters from drop 10.
•
On the 40 centimeter drop the golf ball traveled a
distance of 75 centimeters from bounce one to bounce
two. That a difference of 24 centimeters from the 20
centimeters drop.
Observations Part 2
On the 60 centimeter drop, the ball traveled a distance of
94 centimeters. This was a difference of 24 centimeters
from the 40 centimeter drop.
On the 80 centimeter drop the ball traveled 114
centimeters. A difference of 13 centimeters from the 60
centimeter drop. On the
85 centimeter drop the ball traveled a distance of 112
centimeters. This was surprisingly less than the 80
centimeter drop.
In conclusion, the greater the release
distance is the greater the ball traveled
from bounce one to bounce two. This
happened because the farther up in the
tube the ball is the more time it has to build
up speed, creating a further bounce
distance.
Ball and Ramp Chart
Experiment investigating how the release distance affects the bounce distance of a golf ball from bounce one to bounce two. The hypothesis suggests that a greater release distance will result in the ball traveling farther. Controlled variables include the angle of the ramp, ball, height, and surface, with the release point being the manipulated variable and the distance between bounces as the dependent variable. Various materials and procedures were used to conduct the study. Results indicate a direct relationship between release distance and bounce distance, with potential for further investigations on bouncy ball travel distances.
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Presentation Transcript
Ball and ramp controlled study Group #5
How does the release distance affect the bounce distance of a golf ball from bounce one to bounce two?
Ipredict that the greater the release distance the farther the ball will travel from bounce one to bounce two
Controlled Variables: Angle of the ramp, the ball, the height, the surface the ramp is on. Manipulated Variable: Release point, or distance. Dependent Variable: The distance from bounce one to bounce two.
Carbon Paper Carbon Paper Googles Googles Golf Ball Golf Ball Graf Paper Graf Paper Lab Report Lab Report Masking Tape Masking Tape Meter Tape Meter Tape Scott Paper Towel Scott Paper Towel 16 D Nail 16 D Nail 2 PBC Pipes 2 PBC Pipes
Procedures Step 1: We drew a plan/ sketch. Step 2: Mark gets bucket of material. Step 3: Put on googles. Step 4: Construct our PBC pipe ramp. Step 5: Put nail in 10 cm mark. Step 6: Put down paper towel. Step 7: Place carbon paper on paper towel. Step 8: Drop our first ball.
The greater the height of the ball was in the PBC pipe was the more speed it picked up, and the farther the distance was from bounce one to bounce two.
Question #1 What happens to the bounce distance when the release distance increases? Answer #1 The bounce distance increases when the release distance increases.
Question #2 What is another variable that you would like to manipulate? Write down a problem statement for this new experiment to possibly investigate. Answer #2 How far would a bouncy ball travel from bounce one to bounce two?
On the 10 centimeter drop the golf ball traveled a distance of 43 centimeters from bounce one to bounce two. On the 20 centimeter drop the golf ball traveled a distance of 51 centimeters from bounce one to bounce two. That is a difference of 8 centimeters from drop 10. On the 40 centimeter drop the golf ball traveled a distance of 75 centimeters from bounce one to bounce two. That a difference of 24 centimeters from the 20 centimeters drop.
Observations Part 2 On the 60 centimeter drop, the ball traveled a distance of 94 centimeters. This was a difference of 24 centimeters from the 40 centimeter drop. On the 80 centimeter drop the ball traveled 114 centimeters. A difference of 13 centimeters from the 60 centimeter drop. On the 85 centimeter drop the ball traveled a distance of 112 centimeters. This was surprisingly less than the 80 centimeter drop.
In conclusion, the greater the release distance is the greater the ball traveled from bounce one to bounce two. This happened because the farther up in the tube the ball is the more time it has to build up speed, creating a further bounce distance.
Ball and Ramp Chart 140 120 D i s t a n c e 100 B o u n c e Column3 80 Column4 60 Column5 Column6 40 Column7 20 0 10 cm 20 cm Drop Distance in CM 40 cm 60 cm 80 cm 85 cm
