Identify each statement as either true or false. a. in the united states, banks keep the entire value

1 is false. Weigth = mass x gravity not Weight x gravity
3 is false. weight is different not mass
4 i think true

1. Right False

The tides are produced by a gravitational imbalance that decompensates the oceans throughout the Earth. They are ups and downs of sea level that occur several times a day and change with the lunar phases, but not because of the shape that the Moon looks like.

However, it should be noted that the Sun also exerts a gravitational force in the oceans, but to a lesser extent, because it is further away than the Moon.

The Moon attracts the water that is closest to it; thus, the part of the ocean that is facing the Moon bulges towards it, and on the opposite side too, the water bulges in the opposite direction.

This is due to inertia, because the Moon attracts the whole Earth, in addition to water. What happens is that the Earth is rigid and does not bulge. Inertia resists gravity and pulls in the opposite direction. That is why the ocean on the other side of the Earth also bulges, although less.

The gravity field of the Earth can be used to accelerate a spacecraft. This is true when in a specific point the direction of the movement of the spacecraft is the same direction of the movement of the planet.

In this case the craft will be “catched” by the Earth’s gravitational field and its energy, accelerating the spacecraft. This is known as gravitational assistance.

The Solar System is in one of the arms of the Milky Way (which is a spiral-shaped galaxy whose center has its own gravity), near Orion's arm.  

The Sun along with the entire solar system, revolves around the center of the Milky Way in an almost circular orbit and travels at about 828,000 km/h .

If the force of gravity were to disappear on Earth, everything that is not subjected to it would immediately fly into outer space in a straight line, including the water of the oceans and the terrestrial atmosphere.

If this happened, it would be fatal for life on Earth, given the great importance of the atmosphere that acts as a protective shield against meteorites, which disintegrate into dust due to the friction they suffer when making contact with air; in addition this shield absorbs much of the ultraviolet solar radiation in the ozone layer.

The mass [tex]m[/tex] is the measure of how much matter there is in an object, this  will remain the same regardless of whether it is on Earth or Jupiter. What does change is its weight [tex]W[/tex]  (as seen on equation 1), which is the product of the mass and the gravity [tex]g[/tex].

[tex]W=mg[/tex]     (1)

This is because the gravity is not the same on Jupiter as it is on Earth.

As explained in the prior answer, the weight is the product of the mass [tex]m[/tex] and the gravity [tex]g[/tex]:

[tex]W=mg[/tex]     (1)

If we want to find the mass, we have to find  [tex]m[/tex] in equation (1):

[tex]m=\frac{W}{g}[/tex]     (2)

As you can see, the mass is the result of dividing the weight by the gravity.

1. Right False

The tides are produced by a gravitational imbalance that decompensates the oceans throughout the Earth. They are ups and downs of sea level that occur several times a day and change with the lunar phases, but not because of the shape that the Moon looks like.

However, it should be noted that the Sun also exerts a gravitational force in the oceans, but to a lesser extent, because it is further away than the Moon.

The Moon attracts the water that is closest to it; thus, the part of the ocean that is facing the Moon bulges towards it, and on the opposite side too, the water bulges in the opposite direction.

This is due to inertia, because the Moon attracts the whole Earth, in addition to water. What happens is that the Earth is rigid and does not bulge. Inertia resists gravity and pulls in the opposite direction. That is why the ocean on the other side of the Earth also bulges, although less.

The gravity field of the Earth can be used to accelerate a spacecraft. This is true when in a specific point the direction of the movement of the spacecraft is the same direction of the movement of the planet.

In this case the craft will be “catched” by the Earth’s gravitational field and its energy, accelerating the spacecraft. This is known as gravitational assistance.

The Solar System is in one of the arms of the Milky Way (which is a spiral-shaped galaxy whose center has its own gravity), near Orion's arm.  

The Sun along with the entire solar system, revolves around the center of the Milky Way in an almost circular orbit and travels at about 828,000 km/h .

If the force of gravity were to disappear on Earth, everything that is not subjected to it would immediately fly into outer space in a straight line, including the water of the oceans and the terrestrial atmosphere.

If this happened, it would be fatal for life on Earth, given the great importance of the atmosphere that acts as a protective shield against meteorites, which disintegrate into dust due to the friction they suffer when making contact with air; in addition this shield absorbs much of the ultraviolet solar radiation in the ozone layer.

The mass [tex]m[/tex] is the measure of how much matter there is in an object, this  will remain the same regardless of whether it is on Earth or Jupiter. What does change is its weight [tex]W[/tex]  (as seen on equation 1), which is the product of the mass and the gravity [tex]g[/tex].

[tex]W=mg[/tex]     (1)

This is because the gravity is not the same on Jupiter as it is on Earth.

As explained in the prior answer, the weight is the product of the mass [tex]m[/tex] and the gravity [tex]g[/tex]:

[tex]W=mg[/tex]     (1)

If we want to find the mass, we have to find  [tex]m[/tex] in equation (1):

[tex]m=\frac{W}{g}[/tex]     (2)

As you can see, the mass is the result of dividing the weight by the gravity.

1.false
2.true
3.true
4.true
5.false/not entirely sure
6.true

1.False

2.False

3. False

4.True

5. True

Explanation:

1. Its false because

weight of an object= mass x gravity

therefore,

[tex]mass= \frac{weight}{gravity}[/tex]

2. Its  False

water which is close to moon get attracted by The Moon. Therefore the water of the sea which is in front of the Moon bulges towards it and due to inertia water on the opposite side also bulges.

3. Its false

Gravity on jupiter is [tex]24.79 \frac{m}{s^{2}}[/tex]

and Gravity on earth is [tex]9.8 \frac{m}{s^{2}}[/tex]

we know that mass of an object is given as,

[tex]mass= \frac{weight}{gravity}[/tex]

It means mass is inversely proportional to gravity, since gravity on jupiter is greater than the gravity on earth therefore the mass of an object  earth is greater than the mass on earth.

4. Its true

The Sun, along with the entire solar  system, moves around the galaxy with the a speed of [tex]828\times 10^3 \frac{km}{hr}[/tex] in a circular orbit.

5. Its True

Without gravity there would be no atmosphere surrounding earth because without gravity everything including water will move into outer space.

1.false

2.true

3.true

4.false

100% CORRECT PLATO ANSWER:

TRUE:

Earth’s gravity can act as a slingshot to boost the velocity of nearby spacecraft.

The Sun, along with the entire solar system, moves around the galaxy.

Without gravity, there would be no atmosphere surrounding Earth.

FALSE:

If it is high tide in one place on Earth, the place exactly opposite to it will have a low tide.

The mass of an object on Jupiter is greater than its mass on Earth.

To find the mass of an object, multiply the weight of the object and gravity.

Hope this helps people, Have a wonderful day!

i might be wrong but it looks like they are all true to me im sorry if that wrong

The correct answers are:

It is a high tide at one place on Earth, the place exactly opposite to it will have a low tide - False;

When there's a high tide on one place on Earth, than there's a high tide on the exactly opposite place as well. The same goes for the low tide too.

Earth's gravity can act as a slingtshot to boost the velocity of nearby spacecrafts; - False;

Earth' gravity doesn't contribute to increasing the velocity of a spacecraft, but instead it lowers its velocity because it is pulling it downwards.

The Sun, along with the entire solar system, moves around the galaxy - True;

The Sun, along with the solar system, like all the other stars and their systems, are moving around the galaxy, thus they are constantly on the move, despite being seemingly static fro  Earth's point of view.

Without gravity, there will be no atmosphere surrounding Earth - True;

If there isn't any gravity, than there will be no atmosphere because the gases will be free to go into the open space.

The mass of an object on Jupiter is greater than its mass on Earth - True;

The mass of an object on Jupiter is greater than its mass on Earth because of the much bigger gravitational pull on Jupiter.

To find the mass of an object, multiply the weight of the object and gravity - False;

The mass of an object can be find with the weight being divided by the acceleration due to gravity.

The given statements are arranged in the numbers starting from 1 to 6 and are highlighted with red color in the provided attachment.

Statement 1 - FALSE

Statement 2 - FALSE

Statement 3 - TRUE

Statement 4 - TRUE

Statement 5 - TRUE

Statement 6- FALSE

Explanation:

(1) Due to the tidal effect, the level of water bodies on earth increases due to the gravitational pull of the moon. It bulges out on both sides when high tide occurs in any particular place.

(2) Earth's gravity pulls any object that moves against its direction. The gravity creates an obstruction for the spacecraft to fly and affects the speed of the spacecraft.

(3) Our solar system, including the sun, planets all revolves around the center of the galaxy and the velocity at which they are moving is about 828,000 km/hr on an average.

(4) Gravity plays an important role in sticking the gases near the surface of the earth. In the absence of gravity, all these gases would escape into the outer atmosphere and there will be no atmosphere on earth.

(5) The size of the planet Jupiter is almost 11 times larger than the earth's size and so the mass of Jupiter also is comparatively very high. Thus, the mass on earth is lesser than the mass on Jupiter.

(6) The mass of an object is the product of the velocity and density of the object and this can be easily derived from the density formula.