If the force of gravity changes, what happens to the mass of an object?

Answers

Answer 1
Answer: Nothing happens to it. Mass doesn't depend on gravity.

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Imagine that you have a rectangular swimming pool, but you have no idea how deep it is. You know that the pool has a volume of 216 m3 . You measured the dimensions of the pool and found that it is 15 m long and 6 m wide. A. Calculate the depth of the pool. Show your work.

When preparing for a rocket launch, the mission control center uses the phrase "T minus" before liftoff. ...T minus 3, T minus 2, T minus 1, ... After the rocket has launched, "T plus" is used while the rocket is in flight. ...T plus 1, T plus 2, T plus 3, ... When does the rocket launch? What does "T" represent?

Answers

The rocket launches when the countdown reaches "T minus 0." "T" represents the time remaining until a specific event.

What does "T" symbolize in rocket launch countdowns?

In the context of rocket launches, "T" represents time. The countdown begins with "T minus" indicating the time remaining until liftoff. As the countdown progresses, the value of "T" decreases, counting down to zero, which marks the exact moment of launch.

Once the rocket is airborne, the countdown transitions to "T plus," denoting the time elapsed since liftoff. This standardized countdown terminology allows mission control to communicate crucial timing information precisely and efficiently during various phases of the rocket's journey.

Read more about rocket launch

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Answer: The "T" in rocket launch

Explanation:

This tells the Mission Control What will be happening

L 10. A car with a mass of 2,000 kilograms is moving around a circular curve at a uniform velocity of 25 meters per second. The curve has a radius of 80 meters. What is the centripetal force on the car?

Answers

Centripetal Force, F = mv²/r

Where m = mass in kg, v = velocity in m/s and r = radius of curvature in m.

Centripetal Force, F = 2000 * 25² / 80.    Use your calculator.

                           F = 15 625 N.

All of the following are long-term risks associated with exposure to secondhand smoke EXCEPT:a. increased risk of respiratory illness
b. increased risk of lung cancer
c. change in senses
d. increased risk of cardiovascular disease

In what year were cigarette packages made to include 6 warning labels that mentioned the surgeon general

Answers

All of the following are long-term risks associated with exposure to secondhand smoke EXCEPT:

A. increased risk of respiratory illness

B. increased risk of lung cancer

C. change in senses

D. increased risk of cardiovascular disease

This is the Correct Answer.

The answer is D.
Cardiovascular diseases are a result of a sedentary lifestyle and a poor diet. Secondhand smoke is not a risk factor for CV diseases. The other choice except letter D are long term risks associated with exposure to secondhand smoke. A person should stay away from people who are smokers so as not to obtain these possible complications within the body. Air filters in cigarettes are not present in the air which make chemical exposures at a higher level for people who are secondhand smokers compared to smokers themselves.

In Kepler's model of the solar system, the planets move around the Sun in _________ orbits.a. circular
b. elliptical
c. epicyclic
d. continuously changing

Answers

b. elliptical.

The planets move in elliptical orbits round the Sun.

Answer:

B) elliptical

Explanation:

Which single force acts on an object in freefall?A. Gravity
B. Fluid forces
C. Air resistance
D. Friction

Answers

It has to be a)gravity

gravity is the correct answer

A 1000-kg barge is being towed by means of two horizontal cables. One cable is pulling with a force of 80.0 N in a direction 30.0° west of north. In what direction should the second cable pull so that the barge will accelerate northward, if the force exerted by the cable is 120 N?

Answers

Answer:

θ = 19.47°

Explanation:

given,

mass of the barge = 1000 kg

force applied to pull = 80 N

direction = 30° west to north

force exerted by the cable = 120 N

direction = ?

first cable is pulling

in north direction = 80 cos ∅

                             = 80 cos 30°

                             = 69.28 N

in west direction = 80 sin ∅

                             = 80 sin 30°

                             = 40 N

the other cable will pull in the opposite direction of west

now,

120 sin \theta = 40

sin \theta = (40)/(120)

\theta = sin^(-1){(1)/(3)}

θ = 19.47°

the direction of the cable will be equal to θ = 19.47°