Which of these statements is correct about forces in the solar system? A) The magnitude of electromagnetic forces is greater than the magnitude of gravitational forces.
B) The magnitude of gravitational forces is greater than the magnitude of electromagnetic forces.
C) The magnitude of electromagnetic forces is always equal to the magnitude of reaction forces.
D) The magnitude of gravitational forces is always equal to the magnitude of electromagnetic forces.

Answers

Answer 1
Answer:

Answer:

The magnitude of electromagnetic forces is greater than the magnitude of gravitational forces.

Explanation:

There are four fundamental forces in nature. These are as follows :

(1) Gravitational force

(2) Electromagnetic force

(3) Weak force

(4) Strong force

Gravitational force is the weakest force among all the fundamental forces. The gravitational force exists between masses present in the universe while the electromagnetic force exist between charged particles. The magnitude of gravitational force is weaker than the electromagnetic force. It is about 10^(39) times more than gravitational force.

Hence, the correct statement about forces in the solar system is (A).

Answer 2
Answer: The right answer for the question that is being asked and shown above is that: "B) The magnitude of gravitational forces is greater than the magnitude of electromagnetic forces." The statement that is correct about forces in the solar system is that B) The magnitude of gravitational forces is greater than the magnitude of electromagnetic forces. 

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Which of the following tasks would be the best way to improve Benny’s sociability?a. Ask him to complete a chore every night.
b. Ask him to practice the flute once a week
c. Ask him to talk to people twice a day
d. Ask him to clean his desk three times a day

Answers

C. ASK HIM TO TALK TO PEOPLE TWICE A DAY.

Sociability is the ability or quality of being sociable.

Sociable is an adjective that describes the person as liking to be with and talk to other people. Being sociable means involving or allowing yourself to have a friendly and pleasant social relations with others.


One form of energy changes to multiple other formsa. single transformation
b. multiple transformation

Answers

it is multiple transformation

hope it help

Answer:Multiple transformation

Explanation: one form of energy changes to one other form would be a single transformation

When a substance changes from any state of matter to another it is calleda. sublimation.
b. condensation.
c. absolute zero.
d. a phase change.

Answers

It is called a phase change. Option D.


What three forms of kinetic energy can a polyatomic molecule have?

Answers

 When an object moves, it possesses kinetic energy. There are five types of kinetic energy - radiant, thermal, sound, electrical (light) and mechanical (motion). I would say that the three forms of kinetic energy a polyatomic molecule have are thermal, electrical and mechanical energy. Hope this answers the question. Have a nice day.

As you jump on a pogo stick where is the potential energy the greatest?

Answers

The potential energy would be greatest at the highest point of the jump; the kinetic energy equaling 0.

Kinetic energy varies jointly as the mass and the square of the velocity. A mass of 15 grams and velocity of 3 centimeters per second has a kinetic energy of 27 ergs. Find the kinetic energy for a mass of 5 grams and velocity of 9 centimeters per second.

Answers

Answer:

Explanation:

Given

Kinetic energy varies jointly as mass and square of velocity

K.E.\propto m

K.E.\propto v^2

K.E.=kmv^2

for m=15 gm\ and\ v=3 cm/s

K.E.=27 ergs

27=k(15)(3)^2 -----1

for m=5 gm, v=9 cm/s

K.E.=k(5)(9)^2----2

Divide 1 & 2 we get

(27)/(K.E.)=(15* 3^2)/(5* 9^2)

K.E.=81 ergs

Final answer:

Kinetic energy is proportional to mass and the square of velocity. It can be calculated for different masses and velocities using a constant derived from specific known values.

Explanation:

The principle of kinetic energy states that kinetic energy is directly proportional to mass and the square of velocity. Therefore, we can use the equation Kinetic Energy = 0.5 * Mass * Velocity^2 to calculate kinetic energy.

In this example, a mass of 15 grams and a velocity of 3 cm/s generates a kinetic energy of 27 ergs. By this equation, we derive a constant K. For a mass of 5 grams and a velocity of 9 cm/s, we can easily find the kinetic energy using this K value and multiplying it with the given mass and the square of the velocity.

Learn more about Kinetic Energy here:

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