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Freefall and vertical launch

Freefall and vertical launch

Assessment

Presentation

Physics

12th Grade

Hard

Created by

Betsabé Segura

Used 3+ times

FREE Resource

32 Slides • 15 Questions

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Multiple Choice

Question image

What formula should we use in this question?

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𝑣f=𝑣i+gt𝑣_f=𝑣_i+gt  

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vf2=vi2+2ghv_f^2=v_i^2+2gh  

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h=𝑣i𝑡+12g𝑡2h=𝑣_i𝑡+\frac{1}{2}g𝑡^2  

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Multiple Choice

Question image

What formula should we use in this question?

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𝑣f=𝑣i+g𝑡𝑣_f=𝑣_i+g𝑡  

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vf2=vi2+2ghv_f^2=v_i^2+2gh  

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h=𝑣i𝑡+12g𝑡2h=𝑣_i𝑡+\frac{1}{2}g𝑡^2  

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Fill in the Blank

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Solve for h (two decimals)

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Multiple Choice

Question image

What formula should we use in this question?

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𝑣f=𝑣i+gt𝑣_f=𝑣_i+gt  

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vf2=vi2+2ghv_f^2=v_i^2+2gh  

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h=𝑣i𝑡+12g𝑡2h=𝑣_i𝑡+\frac{1}{2}g𝑡^2  

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Need more information

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Multiple Choice

How do we solve for h using this formula?

vf2=vi2+2ghv_f^2=v_i^2+2gh  

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h=vf2vi22gh=v_f^2-v_i^2-2g

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h=vf2vi22gh=\frac{v_f^2-v_i^2}{2g}  

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h=vf2+vi22gh=v_f^2+v_i^2-2g  

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h=vf22gvi2h=\frac{v_f^2-2g}{v_i^2}  

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Multiple Choice

When an object is thrown UP, the sign of gravity is...

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POSITIVE

(velocity is increasing)

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NEGATIVE

(velocity is decreasing)

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Fill in the Blank

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Solve for h (two decimals)

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Multiple Choice

How do we solve for t using this formula?

𝑣f=𝑣i+g𝑡𝑣_f=𝑣_i+g𝑡  

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t=𝑣i𝑣fgt=\frac{𝑣_i-𝑣_f}{g}

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t=𝑣f𝑣igt=\frac{𝑣_f-𝑣_i}{g}  

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t=𝑣f+𝑣igt=\frac{𝑣_f+𝑣_i}{g}  

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t=𝑣i+𝑣fgt=𝑣_i+𝑣_f-g  

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Fill in the Blank

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Solve for t (two decimals)

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Fill in the Blank

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Solve for t (two decimals)

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Multiple Choice

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What's the value of  viv_i  ?

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16 ms16\ \frac{m}{s}  

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16 ms-16\ \frac{m}{s}  

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0 ms0\ \frac{m}{s}  

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Not given

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Multiple Choice

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When the object thrown up is now coming DOWN, the sign of gravity is...

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POSITIVE

(velocity is increasing)

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NEGATIVE

(velocity is decreasing)

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Multiple Choice

Gravity is always POSITIVE when the object is falling down

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YES

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NO

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Depends on the problem

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Multiple Select

Select all the cases where  viv_i  is equal to 0

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The problem doesn't specify an initial velocity 

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The velocity of an object thrown up before it starts to fall down

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When an object is thrown down

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The velocity of an object thrown up when it reaches the highest point

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Poll

When an object is thrown up... does it take the same time to reach the highest point than the time it takes to fall down again?

Yes

No

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