Name: Date: Class: L Instruetione: Test Your Hypothesie Follow the steper of the soientificmethod to complete the investigation At the endof the investigation use the rubric to evaluate yourperformance ethod 1. Set the Object mass (m)"in the simutation tab to 10kg. 2 Set the Height" in the simulation tab to Q.5m. 3. Press play to launch the simulation 4. An your data table below, record the work done by the person 5. Ancrease the height by a1m and repest steps 3 and 4 6. Continue to increase the height by increments of 0.1m untl the height is 1.5m. Repeat steps 3 and 4 for every increment increase 7. Repeat steps 2 to 6 but change the "Object mass (m)"in the simutation tab to 40kg. 8. Repeat steps 2 to 6 but change the "Object mass (m)" in the simutation tab to 80kg 9. Make sure to fal all the deta needed for the table below. Aska Question How is distance, mass and wonk done related? Forma Hypolhesis White a hypothesis to predict what you thirk the answer to the quentian will be and explain it with scientific ideas Collect Data Colect the values from the outputs in the siudation and add them in the table below. Height (m) 05 06 07 0.8 0.9 1.7 1.2 1.3 1.4 1.5 Identify Variables Wo Masse 49.0 784 88 2 seo 58.8 68.6 127.4 147.9 107. 117. 137.2 10kg 9 identify the independent variable the dependentvaniable and the controlled variables in your experiment rk don Mass ay 431 64 60 196. 235 274 313 353 392 470 549.3 5886 5101 40kg Mass 392. 20 20 44 68 92 Which varisble are you changing (andependent)? 16 40 88 Which variable are you measuring or observing (dependent)? e 470. 549. 627. 706. 784. 80 863 (J) 941. 76 1020. 1098. 1177. B0kg 36 84 32 28 24 72 29 Plotting Data Copy the graph below. Give your graph a title ard label the axes. Remember to put the independent variable on the axis and the dependent variable on the yaxis. Make sure to indicate the Which varisbles should remain the same during this experiment? Choose a suitable scale for both axes. Plot your data for each mass on your grapt Lise different symbols for the data points of each mass so you can distinguish therm D Focus 6 -- 539
Name: Date: Class: L Instruetione: Test Your Hypothesie Follow the steper of the soientificmethod to complete the investigation At the endof the investigation use the rubric to evaluate yourperformance ethod 1. Set the Object mass (m)"in the simutation tab to 10kg. 2 Set the Height" in the simulation tab to Q.5m. 3. Press play to launch the simulation 4. An your data table below, record the work done by the person 5. Ancrease the height by a1m and repest steps 3 and 4 6. Continue to increase the height by increments of 0.1m untl the height is 1.5m. Repeat steps 3 and 4 for every increment increase 7. Repeat steps 2 to 6 but change the "Object mass (m)"in the simutation tab to 40kg. 8. Repeat steps 2 to 6 but change the "Object mass (m)" in the simutation tab to 80kg 9. Make sure to fal all the deta needed for the table below. Aska Question How is distance, mass and wonk done related? Forma Hypolhesis White a hypothesis to predict what you thirk the answer to the quentian will be and explain it with scientific ideas Collect Data Colect the values from the outputs in the siudation and add them in the table below. Height (m) 05 06 07 0.8 0.9 1.7 1.2 1.3 1.4 1.5 Identify Variables Wo Masse 49.0 784 88 2 seo 58.8 68.6 127.4 147.9 107. 117. 137.2 10kg 9 identify the independent variable the dependentvaniable and the controlled variables in your experiment rk don Mass ay 431 64 60 196. 235 274 313 353 392 470 549.3 5886 5101 40kg Mass 392. 20 20 44 68 92 Which varisble are you changing (andependent)? 16 40 88 Which variable are you measuring or observing (dependent)? e 470. 549. 627. 706. 784. 80 863 (J) 941. 76 1020. 1098. 1177. B0kg 36 84 32 28 24 72 29 Plotting Data Copy the graph below. Give your graph a title ard label the axes. Remember to put the independent variable on the axis and the dependent variable on the yaxis. Make sure to indicate the Which varisbles should remain the same during this experiment? Choose a suitable scale for both axes. Plot your data for each mass on your grapt Lise different symbols for the data points of each mass so you can distinguish therm D Focus 6 -- 539
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Name:
Date:
Class:
Name:
Date:
Class:
Instructions:
Test Your Hypothesie
Follow the steper of the scientific method to complete the investigation At the end ofthe
investigation use the rubrie to evaltunte yourperformance
athod
1. Set the "Otyect mass (m)"in the simutation tab to 10kg.
2. Set the Height" in the sintulation tab to O5m.
3. Press play to launch the sámulation
4. An your data table below, record the work done by the person
5. ncrease the height by a1m and repeat steps 3 and 4.
6. Continue to increase the height by increments of 0.1m unti the height is 1.5m. Repeat steps
3 and 4 for every increment increase.
7. Repeat steps 2 to 6 but change the "Object mass (m)"in the simutation tab to 40kg.
8. Repeat steps 2 to 6 but charge the "Object mass (m)"in the simutation tab to 80kg
9. Make sure to fal all the data needed for the table below.
Ask a Question
How is distance, mass and wank done related?
Form a Hypolhesis
White a hypothesis to predict what you thirnk the answer to the questian will be and explsin it
with scientific ideas
Collect Data
Collect the values from the outputs in de simuatation and add them in the table below.
Height (m)
0.5
08
49
1.1
12
1.3
1.4
1.5
Identify Variables
Mass=
49.0
58.8
68.6
88 2 98.0
Wo
rk
don Mass= 196.
40kg
Mass= 392
80kg
78.4
107.
117.
127.4
147.0
137.2
10kg
Identify the independent variable, the dependentvariable, and the controlled varisbles in your
experiment
Which varisble are you changing
(independent)?
235
274.
313.
353.
392.
431.
470
510
549.3
5886
20
44
68
92
40
64
Which varisble are you measuring or
abserving (dependent)?
e
(J)
470
549.
627.
706.
784
863.
941.
76
1020.
1098.
1177.
20
36
84
32
28
24
29
Plotting Data
• Copy the graph below.
Give your graph a title ard fabel the axes. Remember to put the independent variable
on tlhe x-axis and the dependent variable on the y-axis. Make sure to indicate the
Which variables should rerrain the same duing this experinent?
• Choose a suitable scale for both axes.
• Plot your data for each mass on your grapt Uise different syrrtols for the data points
of each ass so you carr distingwish therm.
OFocus
539%
8:19 AM
1/17/2022
lili
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