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lesya [120]
3 years ago
11

driving down the highway , you find yourself behind a heavily loaded tomato truck. you follow close behind the truck keeping the

same speed. suddenly a tomato falls from the back of the struck. will the tomato hit your car or land on the road assuming you continue moving the same speed and direction.
Physics
1 answer:
prohojiy [21]3 years ago
4 0

Answer:

The tomato won't hit the car

Explanation:

According to the statement, the car moves at constant speed behind the truck fully loaded with tomatoes, and in the same direction. When a tomato falls from the top of the truck, it should not hit the car as the tomato falls due to the force of gravity, while horizontally has the same speed and in the same direction as the truck.  So we assume that the tomato will fall to the road without touching the car.

Have a nice day!

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Explain how to find the acceleration of an object that has one-dimensional horizontal motion.
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your units will be m/s squared
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2 years ago
1. A car travels 36 miles North and then 45 miles East. How far does it
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Answer:

Explanation:

Displacement is the shortest distance or path between two points.

1) Displacement = √(36² + 45²) = 57.63 miles

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3) Displacement = √(60² + 40²) = 72.11 miles

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8) Yes, since a distance is moved in a direction

6 0
3 years ago
A solid object has a mass of 104 kg and a volume of 1,278 m3. What is its density?
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The density is 81.4 g/m3. Before you start plugging numbers into the density formula (D=M/V), you should convert 104 kg to grams, which ends up being 104,000 grams. Then you can plug in the 104,000 grams and 1,278 m3 into the formula. When you divide the mass by the volume, you get a really long decimal, which you can round to 81.4 g/m3, or whatever place your teacher wants you to round to.
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Boyle's Law states that when a sample of gas is compressed at a constant temperature, the pressure P and the volume V satisfy th
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Explanation: Please see the attachments below

8 0
3 years ago
A 1.20 kg water balloon will break if it experiences more than 530 N of force. Your 'friend' whips the water balloon toward you
soldi70 [24.7K]

Answer:

t = 0.029s

Explanation:

In order to calculate the interaction time at the moment of catching the ball, you take into account that the force exerted on an object is also given by the change, on time, of its linear momentum:

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Δv: change in the speed of the balloon = v2 - v1

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Δt: interaction time = ?

The water balloon brakes if the force is more than 530N. You solve the equation (1) for Δt and replace the values of the other parameters:

|F|=|530N|= |m\frac{v_2-v_1}{\Delta t}|\\\\|530N|=| (1.20kg)\frac{0m/s-13.0m/s}{\Delta t}|\\\\\Delta t=0.029s

The interaction time to avoid that the water balloon breaks is 0.029s

5 0
3 years ago
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