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okay thanks...
can these equations be applied in vacuum? places without air resistance and gravity?
as long as acceleration is constant
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okay thanks...
can these equations be applied in vacuum? places without air resistance and gravity?
http://www.xtremepapers.com/papers/...and AS Level/Physics (9702)/9702_w07_qp_2.pdfwhat paper is this?
i need the answerok but do u have the answer or ur asking cause u NEED an answer?
don't how to draw this for you as I can't do it on the computer but the amplitude will be less and phase difference is 5 blocks apart
since 30 blocks = 360
Someone please answer this ASAP=quote]
Here you go-
Not the most consistent of graphs, courtesy of my trembling hands
on P , arrow will be towards right, for N arrow will be towards left.ANYBODY? :'(
P and N are both in the horizontal direction, opposite to each other, with P facing the left and N facing the right (because P is positively charged and the direction of the electric field is to the right, so it would obviously go to the left).ANYBODY? :'(
(a) (i) A & CM/J - 09 - p21 ---> Question 7 Part (a)
How the crap do you do this? :O
someone please help
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