When the mass of an object increases, the force of gravityincreases.
decreases.
remains the same.
becomes irregular.

Answers

Answer 1

Answer: The forces of gravity between two objects depend on the masses
of both objects. So if one mass increases, then the objects will be
drawn together by stronger gravitational force.

Example:
When a person eats a lot of steak and fat and carbohydrates, his
mass increases, and the bathroom scale shows that the gravitational
forces drawing him and the Earth together have increased. We say
that he has "gained weight".

Answer 2

Answer: increases

the amount of directly tied to the mass of the object... if the object has less mass, so does the amount of gravity...

Related Questions

Which of the following would have the highest power rating? 500 J of energy used in 100 seconds 1,000 J of energy used in 100 seconds 500 J of energy used in 50 seconds 1,000 J of energy used in 50 seconds
earth were now in synchronous rotation with the moon? that is, suppose that earth rotated at the same rate that the moon orbits earth. what would be differ-ent about earth and life on it?
Is it true or false that wave interference only occurs with transverse waves?
_________ constancy refers to the ability to understand that an object retains the same lightness even when illuminated differently.a. Color b. Shape c. Brightness d. Weight
Predict Two objects have unlike charges. Howwould the electric force between the two objects#pany. Image Credits: () OHM; (b) Rob Mathesonchange as they are moved apart?9 EvneTb

A truck is moving around a circular curve at a uniform velocity of 13 m/s. If the centripetal force on the truck is 3300 N and the mass of the truck is 1600 kg, what's the radius of the curve?

Answers

Well, first of all, the truck's velocity is constantly changing, not 'uniform'.
Velocity consists of speed and direction. So, even if the truck's speed is
constant, its direction keeps changing as long as it's on a circular curve,
so its velocity is constantly changing.

The force needed to keep a mass moving in a circle is

   F = (mass) x (speed)² / (radius)

   3300 N = (1600 kg) (13 m/s)² / R

   3300 kg-m/s² = (1600 kg) (169 m²/s²) / R

   R = (1600 kg) · (169 m²/s²) / (3300 kg·m/s²)

   = (1600 · 169 / 3300) meters

   = 81.9 meters

The Correct answer to this question for Penn Foster Students is: 81.94m

J. J. Thomson s experiments provided evidence that an atom A. is the smallest particle of matter.
B. contains negatively charged particles.
C. has a negative charge.
D. has a positive charge

Answers

J.J. Thomson's experiments provided evidence that an atom B.contains negatively charged particles.

♡♡Hope I helped!!! :)♡♡

List several examples that show how electrical energy and light energy are useful to you

Answers

electrical energy and light energy are useful to us in variety of ways from the machines used to make the food you eat to the energy to purify the water you drink. The clothes you wear are even dyed different colors from the light energy.

Final answer:

Electrical energy is useful for powering electronic devices and transportation systems, while light energy allows us to see and supports important processes like photosynthesis.

Explanation:

Electrical energy and light energy are useful in various ways in our daily lives.

Electrical energy:

Powering electronic devices such as computers, smartphones, and kitchen appliances.
Providing lighting in homes, offices, and streets.
Running transportation systems like electric cars, trains, and subways.

Light energy:

Allowing us to see our surroundings and providing vision.
Supporting the process of photosynthesis in plants, which is vital for the production of our food and oxygen.
Used in various medical applications such as X-rays, ultraviolet therapy, and laser surgeries.

Learn more about Usefulness of Electrical Energy and Light Energy here:

brainly.com/question/26393006

#SPJ3

A positive charge is placed in an electric field that points west. What direction is the force on the positive particle? I think it is west right.

Answers

Right. You are true. The direction of the electric field is defined to be
the direction of the force on a small positive charge placed in the field.

The ability to transfer energy explosively into force is _____.a. balance
b. coordination
c. agility
d. muscular strength e.poise

Answers

D, muscular strength. This is more or less the entire function of muscles, to turn energy into force.

Why are peer reviews important?

Answers

Answer:

Peer reviews are important because individuals with similar background knowledge are used to review work to detect inaccuracies or deficiencies in the work.

Explanation:

Those individuals with similar educational and work background knowledge can more accurately review work since they have the required knowledge base for the subject.

Answer and explanation;

Peer review is a very important process that authors have to go through before they are able to publish their research manuscript. The main purpose is to ensure that whatever comes out published is in its excellent form, i. e., virtually free of errors.

Benefits;

1, Corrects vague terms
2, Provides feedback as to the effectiveness of your communication
3, Allows you to see other people’s perspectives on issues raised
4, Prevents you from committing serious blunders in your arguments
5, Gives confidence
6, Facilitates concise writing
7, Improves Grammar
8, Allows you to expound on your points
9, Confirms your observations
10, Encourages you to perform better next time

Other Questions

If the mass of a sliding block is tripled while a constant net force is applied, by how much does the acceleration decrease?

Compare the sounds produce by wave A and wave B. The human ear would hearA) wave A as a louder sound than wave B. B) wave A as a higher pitched sound than wave B. C) wave A and B with the same pitch, but wave A as louder. D) wave B as a louder and higher pitched sound than wave A.

Mathematically boyle's law is

What type of exoplanet would you expect to cause the largest Doppler shift in the spectrum of its star? a.) A massive planet that is close to the sun b.) A low mass planet that is close to its sun c.) an average mass planet that is at an average distance from its sun d.) A massive planet that is far from its sun e.) a low mass planet that is far from its sun