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Carefully balance an embroidery hoop vertically on the mouth of a narrow-mouth bottle. Stack the nuts on the top of the hoop. The idea is to get as many nuts as possible into the bottle by touching the hoop with only one hand..

my friends and i did that and LUCKILY we beat the class and got 10 in the bottle w/out dropping one...

I have to write a CONCLUSION and I'M CLUELESS.. How does this deal with inertia.. i got how my 6 other ones did but not this..



MUCHOS GRACIAS.. GOD BLESS :)

2006-11-06 10:14:37 · 1 answers · asked by Anonymous in Science & Mathematics Physics

If u want 2 help me w/ this also it would be great:
attach 2 m of string to the small cart. attacka 200g mass to the other end of the string. attach the pulley to the table edge and hang the mass over it w/ the mass on the floor and the cart on the talbe. place a wooden block on the table in front of the pulley.

of course, we did it and when the bear was wearing a seatbelt he didnt fall our of his "car" ... what does this have to do with inertia ??

2006-11-06 10:17:46 · update #1

CONTINUATION OF INSTRUCTIONS WE DID ON CART ONE:
- place doll on cart
- pull cart back and release so it accelelerates toward the tables edge
- repeat steps 2 and 3 w/ the rubber band serving as a seatbelt 4 the doll ...
sry forgot to add this















PLZ HELP ... I KNOW ITS LONG BUT HELP SPECIFICALLY ;)

2006-11-06 10:22:52 · update #2

1 answers

Sorry I can't picture the 1st one.

The cart comes to a sudden stop. The bear has inertia. It's in motion and it's going to remain in motion - unless acted on by an outside force (like a rubber band).

De nada chica.

2006-11-06 11:51:36 · answer #1 · answered by sojsail 7 · 0 0

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