The pressure of a gas will increase as the volume of the container decreases, provided temperature does not change. This statement is called _____. Boyle's law Charles's law Archimedes' principle Pressure laws

Answers

Answer 1

Answer: The right answer for the question that is being asked and shown above is that: "Archimedes' principle." The pressure of a gas will increase as the volume of the container decreases, provided temperature does not change. This statement is called Archimedes' principle

Answer 2

Answer:

112444811Explanation:

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A 0.5 kg object, initially at rest, is pulled to the right along a frictionless horizontal surface by a constant horizontal force of 25 N for adistance of 0.5m. a. What is the work done by the force? b. What is the change in the kinetic energy of the block? c. What is the speed of the block after the force is removed? Help asap plz

As the mechanical advantage increases what happens to the length of the string you have to pull to raise the block?

Answers

the string will tighten up to move the block

Please hurry! 30 pointsA free body diagram of a brick on an inclined plane is shown below. What is the coefficient of friction?

Answers

Answer:

50.000

Explanation:

A ball rolls from point A to point B. The total energy of the ball at point A isn’t the same as the sum of its potential energy and kinetic energy at point B. Which statement best explains this situation?The rolling ball doesn’t follow the law of conservation of energy.

Some of the ball’s energy is transformed to thermal energy.

The rolling ball loses some of its energy because of gravity.

The ball absorbs some of its own potential energy.

Answers

The rolling ball loses some of its energy because of gravity. Gravity and friction are two factors that slows the acceleration of the ball causing the ball to slow down at point B. If the situation is a free fall, then gravity is a factor, but if it is in a horizontal displacement,then there is friction that counterflows against the applied force.

Some of the ball’s energy is transformed to thermal energy.

Conservation of mechanical energy

The principle of conservation of energy states that sum of potential energy and kinetic energy is constant.

M.A = P.E + K.E

where;

P.E is the potential energy
K.E is the kinetic energy

The mechanical energy is always conserved, although it may be converted from one form to another.

The rolling ball follows the law of conservation of energy, the lost energy may be transformed to thermal energy.

Learn more about conservation of energy: brainly.com/question/166559

How do you do this problem? I started it but I’m not sure how to do the rest.

Answers

Answer:

84.9°

Explanation:

You correctly found the acceleration and the net force in the x direction. Now write the net force as the sum of the x components of the individual forces.

∑F = F₁ + F₂ cos θ

3.6 = 2.8 + 9.0 cos θ

0.8 = 9.0 cos θ

0.0889 = cos θ

θ = ±84.9°

F₂ is either 84.9° above the x-axis or below the x-axis.

In the World Pond Hockey tournament held in Plaster Rock, NB, a puck on the ice travels 20.0 m [25° W of N], gets deflected, and travels 30.0 m [35° N of W]. Determine where the puck will end up with respect to its starting point, e.g., the puck's total displacement, using the three different methods discussed.

Answers

Hi, thank you for posting your question here at Brainly.

Basically, the problem asks you to find the resultant (R) vector quantity, which is the displacement. Illustrate the problem. Then, find the missing angles. In this case, the angle opposite to R is 150 degrees. Then, using the cosine law:

$R^(2) = 30^(2) +20^(2) -2(30)(20)(cos150)$
R = 48.36 m

What are the fundamental units involved in a unit of the given derived quantitiesDensity
Acceleration
Force
Pressure
Work

Answers

Answer:

Density → Mass and Length.

Acceleration → Length and Time.

Force → Mass, Length and Time.

Pressure → Mass, Length and Time.

Work → Mass, Length and Time.

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