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alisha [4.7K]
4 years ago
8

If you are looking up exact balues in a lookup table then it does not matter how the table is sorted

Physics
1 answer:
Orlov [11]4 years ago
6 0
No ,,,,,,,,,,,,,,,,,,,,,,,,,,
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The area of a rectangle of length 100
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Answer:

1. 8000cm2

20. kgms2

19. a, b, c

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3 years ago
How do you calculate the potential energy by it's height and weight? and is there any other way to solve it?​
White raven [17]

Answer:

PE = mgh

Explanation:

m is mass, g is gravitational constant (9.81) and h is height

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3 years ago
What are the methods of heat transfer? ​
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Radiation , Conduction and Convection

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Describe the energy of a playground swing at its highest point
Korvikt [17]
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8 0
4 years ago
Three children are struggling and pulling on a single toy. Two of the children, Abe and Barry, are EACH (individually) pulling w
3241004551 [841]

Solution :

c). $\vec{F}_A = $ force applied by Abe

   $\vec{F}_B = $ force applied by Barry

   $\vec{F}_E = $ force applied by Eric

   $\vec{F}_R = $ Resultant force

$\vec{F}_A $  in the vector form can be written as :

         $\vec{F}_A = 0 \hat{i} + 60 \hat{j}$

$\vec{F}_B $  in the vector form can be written as :

         $\vec{F}_B = 60 \hat{i} + 0 \hat{j}$

The resultant,

$\vec{F}_R= \vec{F}_A+\vec{F}_B $

     $=(0 \hat i + 60 \hat j)+(60 \hat i + 0\hat j)$

    $=60 \hat i + 60 \hat j$

$|\vec{F}_R| = \sqrt{60^2+60^2}$

        = 84.853 N

d). As the three forces are in equilibrium, therefore,

$|\vec F_E| = |\vec F_R|$

$|\vec F_E| =84.853 \ N$

e). The direction of the force exerted by Eric is exactly opposite to the direction of the resultant force.

The direction of the resultant force is :

$\theta = \tan ^{-1}\left(\frac{F_y}{F_x}\right)$

   $ = \tan ^{-1}\left(\frac{60}{60}\right)$

  = 45°  north east

The direction of the force E is  45° west or  45° south west.

   

8 0
3 years ago
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