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Physics 16 Online
OpenStudy (anonymous):

@ghazi Help please. :)

OpenStudy (anonymous):

2. Read each description below. Choose the force diagram (free-body diagram) that best represents the description. You may neglect the effects of air resistance. | A. Mark's physics book is on the desk. Mark pushes horizontally (from the side) on the book, but the book does not move. | B. Kendall's physics book is on the desk. Kendall pushes horizontally (from the side) on the book, and the book moves across the desk at a constant speed. | C. Jenny pushes a cart at constant velocity down the grocery store aisle. | D. Eddy is driving his Camaro down a straight, level road while on cruise control. | E. Ryan is accelerating his Dakota down a straight, level road. | F. Jackie's Viper is parked on the shoulder of the road while she changes a flat tire. |

OpenStudy (anonymous):

OpenStudy (anonymous):

I think this is the same as the last one. :)

OpenStudy (ghazi):

hold on

OpenStudy (ghazi):

your diagrams are incorrect

OpenStudy (anonymous):

Oh! I'm so sorry. This is the correct diagram.

OpenStudy (ghazi):

check out the diagrams again , for B |dw:1355759256396:dw|it should be like

OpenStudy (anonymous):

Yeah, I just posted the right ones. Whoops!

OpenStudy (ghazi):

F-- B E-- C D-- B C-- A B-- B A-- A

OpenStudy (anonymous):

Are they in the right order?

OpenStudy (ghazi):

in accelerated motion there will be a net force in the direction of motion, in constant velocity acceleration = 0 therefore net force =0

OpenStudy (ghazi):

yes in the left its question and in the right column its answer but i had started from bottom to top, E to A

OpenStudy (anonymous):

Okay, thank you so much! You are awesome. :D

OpenStudy (anonymous):

Bye!

OpenStudy (ghazi):

:) YW :)

OpenStudy (happykiddo):

more than half these answers are wrong

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