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Luba_88 [7]
3 years ago
5

When jogging outside you accidently bump into a curb. Your feet stop but your body continues to move forward and you end up on t

he ground. Which law of motion is being described in this scenario?
Law of Universal Gravitation

Newton’s First Law of Motion

Law of Conservation of Energy

Newton’s Second Law of Motion
Physics
2 answers:
gayaneshka [121]3 years ago
5 0
Newtons first law of motion
object in motion stays in motion, object at rest stays at rest unless acted upon an unbalanced force
VARVARA [1.3K]3 years ago
3 0

Answer:

Newton’s First Law of Motion

Explanation:

When jogging outside you accidentally bump into a curb. Your feet stop but your body continues to move forward and you end up on the ground. Newton's first law of motion is described in this scenario. This is also known as law of inertia.

According to this law, an object at rest will remain at rest and an object in motion will remain in motion until and unless and external force acts on it. In this case, feet stops and body of the person continues to move forward.

Hence, the correct option is (b) " Newton’s First Law of Motion  ".

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Answer:

The mass number 204 – 82 protons = 122 neutrons

Explanation:

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What is not an example of Absorption? (Physics)
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When a light wave strikes an object, it can be absorbed, reflected, or refracted by the object. All objects have a degree of reflection and absorption. ... In the natural world, light can also be transmitted by an object. That is, light can pass through an object with no effect (an x-ray, for example).

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3 years ago
A 1.80-m string of weight 0.0126 N is tied to the ceiling at its upper end, and the lower end supports a weight W. Neglect the v
Veseljchak [2.6K]

Answer:

W = 0.135 N

Explanation:

Given:

- y (x, t) = 8.50*cos(172*x -2730*t)

- Weight of string m*g = 0.0126 N

- Attached weight = W

Find:

The attached weight W given that Tension and W are equal.

Solution:

The general form of standing mechanical waves is given by:

                            y (x, t) = A*cos(k*x -w*t)  

Where k = stiffness and w = angular frequency

Hence,

                           k = 172 and w = 2730

- Calculate wave speed V:

                            V = w / k = 2730 / 172 = 13.78 m/s

- Tension in the string T:

                            T = Y*V^2

where Y: is the mass per unit length of the string.

- The tension T and weight attached W are equal:

                           T = W = Y*V^2 = (w/L*g)*V^2

                            W = (0.0126 / 1.8*9.81)*(13.78)^2

                            W = 0.135 N

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If you can’t swim, learn. Any age can receive swimming lessons.

Always wear a life jacket while boating or taking part in boating activities such as tubing or skiing.

Never swim alone or in an unsupervised area.

Know your swimming strength.

Don’t rough house around water. Never push, jump on or hang on to others in or around water.

Never drink alcohol while taking part in water or boating activities. Alcohol affects your motor skills therefore making it harder to swim, float, keep balance or drive.

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