If a bowl of fruit is sitting on a table in a state of rest, what is the net force acting on it?

2 answers:

8 0

A balanced force is upon it because balanced means both sides are equal so they cancel each other out, while unbalanced means one side is weaker/stronger than the other and in this case its in a state of rest so the net force would be equal/balanced.

Anna11 [10]2 years ago

7 0

0 N is the correct answer. No force is acting on it.

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The average mass of an automobile in the United States is about 1.440x10^6 g express this mass in kilograms

-BARSIC- [3]

From the problem statement, this is a conversion problem. We are asked to convert from units of grams to units of kilograms. To do this, we need a conversion factor which would relate the different units involved. We either multiply or divide this certain value to the original measurement depending on what is asked. From literature, we will find that 1000 grams is equal to 1 kilogram. We use this as follows:

<span> 1.440x10^6 g ( 1 kg / 1000 g ) = 1440 kg</span><span>
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2 years ago

You are moving at a speed 2/3 c toward Randy when shines a light toward you. At what speed do you see the light approaching you

lord [1]

Answer:

The speed of light will be c=3x10^8m/s

Explanation:

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2 years ago

Heat is allowed to flow from the heat source of a heat engine at 425 K to a cold sink at 313 K. What is the efficiency of the he

olga2289 [7]

I assume here that the engine operates following a Carnot cycle, which achieves the maximum possible efficiency.

Under this assumption, the efficiency of the engine (so, the efficiency of the Carnot cycle) is given by
$\eta = 1- \frac{T_{cold}}{T_{hot}}$
where
$T_{cold}$ is the cold temperature
$T_{hot}$ is the hot temperature

For the engine in our problem, the cold temperature is 313 K while the hot temperature is 425 K, so the effiency of the engine is
$\eta=1- \frac{313 K}{425 K}=0.264 = 26.4 \%$

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2 years ago

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In an experiment you are performing, your lab partner has measured the distance a cart has traveled: 28.4inch. You need the dist

alexgriva [62]

As per the question the distance travelled by a car is 28.4 inch.

we are asked to determine the conversion factor in centimeter which when multiplied with 28.4 inch will give a unit.

we know that one inch =2.54 centimeter.

Hence 28.4 inch = 2.54 ×28.4 cm

=72.136 cm.

Now we have to determine the conversion factor .The multiplication factor is calculated as $P =\frac{28.4 inch*2.54cm}{1 inch}$