1. True or False: If two objects are dropped from the same height, the more massive object will always fall faster. false 2. If the hammer, paper ball, and marble were simultaneously dropped from a height of 110m. Which object(s) would hit the ground first? hammer & marble 3. Complete the chart below to show the speed at which each object would hit the ground if dropped from a height of 110m. hammer paper ball marble 46.5 m/s 46.43 m/s 46.5 m/s 4. What was the hammer's speed after falling for 1s? 9.81 m/s

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1. True or False: If two objects are dropped from the same height, the more massive object will always fall faster.
false
2. If the hammer, paper ball, and marble were simultaneously dropped from a height of 110m. Which object(s) would hit the ground
first?
hammer & marble
3. Complete the chart below to show the speed at which each object would hit the ground if dropped from a height of 110m.
hammer
paper ball
marble
46.5 m/s
46.43 m/s
46.5 m/s
4. What was the hammer's speed after falling for 1s?
9.81
m/s
Transcribed Image Text:1. True or False: If two objects are dropped from the same height, the more massive object will always fall faster. false 2. If the hammer, paper ball, and marble were simultaneously dropped from a height of 110m. Which object(s) would hit the ground first? hammer & marble 3. Complete the chart below to show the speed at which each object would hit the ground if dropped from a height of 110m. hammer paper ball marble 46.5 m/s 46.43 m/s 46.5 m/s 4. What was the hammer's speed after falling for 1s? 9.81 m/s
A student wants to learn about falling objects, so she drops a hammer, paper ball and marble from three different heights. She
records the drop time and final speed for each trial as shown on the diagram and the mass (in grams) of each object is shown.
Notes
Answers have 5% tolerance to allow for estimation.
Note that you have multiple attempts for each answer, so we recommend checking answers one at a time.
We also recommend Desmos' graphing application to create graphs when necessary!
Hammer
Paper Ball
Marble
(mass: 3565g)
(mass: 93g)
(mass: 68g)
30m
60m
90m
30m
60m
90m
30m
60m
90m
2.475
3.50s
4.28s
5.83s
10.35
14.8s
2.47s
3.50s
4.285
24.2m/s
34.3m/s
42.0m/s
6.68m/s
6.68m/s
6.68m/s
24.2m/s
34.3m/s
42.0m/s
1. True or False: If two objects are dropped from the same height, the more massive object will always fall faster.
Transcribed Image Text:A student wants to learn about falling objects, so she drops a hammer, paper ball and marble from three different heights. She records the drop time and final speed for each trial as shown on the diagram and the mass (in grams) of each object is shown. Notes Answers have 5% tolerance to allow for estimation. Note that you have multiple attempts for each answer, so we recommend checking answers one at a time. We also recommend Desmos' graphing application to create graphs when necessary! Hammer Paper Ball Marble (mass: 3565g) (mass: 93g) (mass: 68g) 30m 60m 90m 30m 60m 90m 30m 60m 90m 2.475 3.50s 4.28s 5.83s 10.35 14.8s 2.47s 3.50s 4.285 24.2m/s 34.3m/s 42.0m/s 6.68m/s 6.68m/s 6.68m/s 24.2m/s 34.3m/s 42.0m/s 1. True or False: If two objects are dropped from the same height, the more massive object will always fall faster.
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