The _______________ of two objects and their distance from each other determine the gravitational force between them. (Please help this is my last science question on my homework)

Answers

Answer 1
Answer: " ... product of the masses ... "
Answer 2
Answer: The masses of two objects

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What causes a nebula to collapse into a dense mass?

Answers

the answer is Gravity.

  Irregularities in the density of the gas causes a net gravitational force

Bruce (the dog) is pulling on his lead with a force of 40N at an angle of 26º below the horizontal. Show that the horizontal component of this force is about 36N.Help???

Answers

Answer:

The horizontal component of this force is about 36 N.

Explanation:

Given that,

Bruce is  is pulling on his lead with a force of 40 N

Angle below horizontal, \theta=26^(\circ)

We need to find the horizontal component of this force. The horizontal component of any vector is given by :

F_x=F\ \cos\theta

F_x=40* \ \cos(26)

F_x=35.95\ N

or

F_x=36\ N

So, the horizontal component of this force is about 36 N. Hence, this is the required solution.

you will use the equation for work which is w= F times distance so you will take 40N times 36N which equals 1440N

to remove a tight-fitting jar, megan runs the lid under hot water. What happends to the jar lid when its temperature increases?

Answers

It expands due to heat and makes it easier to open the jar.

Final answer:

Running the lid of a tight-fitting jar under hot water causes it to expand due to thermal expansion, which makes it easier to remove from the jar.

Explanation:

When the lid of a tight-fitting jar is run under hot water, it undergoes thermal expansion due to the increase in temperature. The expansion of the lid causes it to slightly loosen, making it easier to remove from the jar. This happens because metals have higher coefficients of expansion than glass, so the lid expands more than the jar itself.

Learn more about Thermal expansion here:

brainly.com/question/30242448

#SPJ12

When birds remain airborne and moving without flapping their wings, on what are they gliding?

Answers

The birds can glide in the air without moving their wings by maintaining the thrust of the air by their weight and move downward at a very slower rate.

Further Explanation:

The birds have a capability of flying high in the air without flapping their wings and still not falling down rather they glide downwards due to the up thrust of the air. This technique of the birds to keep them in the air without flapping their wings is termed as soaring.

The soaring birds make use of the air current and its thrust on their primary wings so that there is no turbulence experienced by them due to the pointed tips of their primary wings.

The birds should possess some mass in order to maintain a balance between the thrust and the weight of their body. That’s why the small birds are not able to maintain their flight but the bigger birds like vulture, eagle etc. experience sufficient air drag in order tio maintain their flight.

Thus, the birds can glide in the air without moving their wings by maintaining the thrust of the air by their weight and move downward at a very slower rate.

Learn More:

1. What type of mirror do dentist use brainly.com/question/997618

2. Which of the following is not a component of a lever brainly.com/question/1073452

3. Forces of attraction limit the motion of particles most in brainly.com/question/947434

Answer Details:

Grade: High School

Subject: Physics

Chapter: Up thrust

Keywords:  Airborne, flapping wings, birds, soaring, vultures, weight, maintain flight, gliding, move downward, turbulence, primary wings.

They're riding on thermals, these are rising columns of air caused by the uneven heating of Earth's surface from solar radiation.

Hope this helped!

if a bowling ball hits a wall a force of 6 N, the wall exerts a force of how much back. on the bowling ball

Answers

it would exert the same back right?

Stephen and andy are sitting next to each other on a bench. according to the law of universal gravitational there should be a gravitational force between them. why don't they feel this force?A.) Universal Gravitational only applies to objects that are far from earth's surface

B.) The gravitational force is balanced out by the force of friction.

C.) The gravitational force between them is extremely small.

D.) The gravitational attraction is balanced by an equal and opposite gravitational repulsion ​

Answers

Answer:

C.) The gravitational force is balanced out by the force of friction.

Answer:

C. The gravitational force between them is extremely small.

Explanation:

The force of gravity is based off of the mass and distance of two objects. Stephen and Andy don't have large enough masses to feel an effect.