$2.00 First year college physics
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- Posted on Mar. 02, 2009 at 12:25:03AM
A:
Preview: ... rgy of the tire at the top and at the bottom of the ...
The full tutorial is about 47 words long .
$0.50 Your A++ answer!
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- Posted on Mar. 02, 2009 at 12:26:33AM
A:
Preview: ... ttom of the hill is the same.<br>At the top the energy ...
The full tutorial is about 47 words long .
$0.35 Value for your money!
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- Posted on Mar. 02, 2009 at 12:28:02AM
A:
Preview: ... <br>At the bottom of the hill the energy is E =m*v^2/2 ...
The full tutorial is about 47 words long .
$0.75 Neat explanation of the facts
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- Posted on Mar. 02, 2009 at 12:29:13AM
A:
Preview: ... ottom of the hill is the same.<br>At the top the energ ...
The full tutorial is about 47 words long .
$2.00 Please see it and give a rating.
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- Posted on Mar. 02, 2009 at 02:39:03AM
A:
Preview: ... ^2 = m g h_2+ 1/2 m ^2 <br> g h_1+ 1/2 ^2 = g h_2 ...
The full tutorial is about 213 words long plus attachments.
Attachments:
physicmom1.docx (12K) (Preview)
$1.50 100%perfect step by step solution what u are seeking.please see and give a rating
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- Posted on Mar. 02, 2009 at 02:44:32AM
A:
Preview: ... at the top of hill, which is 5m high? (ignore effects of rotational KE and friction)<br>solution: <br>u have to apply law of motion under grav ...
The full tutorial is about 142 words long .
$0.50 Easy answer +Explanation
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- Posted on Mar. 02, 2009 at 03:59:26AM
A:
Preview: ... ple of conservation of ...
The full tutorial is about 8 words long .
$1.50 step by sep perfect ans done, plz see it with attachments
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- Posted on Mar. 02, 2009 at 05:40:44AM
A:
Preview: ... olution:<br><br>u have to apply law of motion under gravitational acceleration<br>as we have to ignore rotational KE and friction<br><br>at first we will collect data from the question<br>here initial speed , u = 2 m / s<br>at the steep of hill , ...
The full tutorial is about 229 words long plus attachments.
Attachments:
ans.doc (23K) (Preview)