The motion of the Moon would change if the mass of Earth increased, because the Earth's gravity would increase.
The change in the gravitational force between Earth and Moon would affect the orbital path of the Moon.
More details, if wanted:
The Moon would be pulled towards the Earth.
It's possible that the Moon would collide with Earth, depending on the strength of the Earth's new gravity.
The other possibility is that the Moon would simply go into a new, more elliptical, orbital path.
The Moon's speed would be greater than before at its closest approach to Earth. Its orbital speed at its furthest point would be similar to its original speed.
I think that's right. I've checked my answer with a website, but I haven't seen any mathematics on the problem.
A change in Earth's total insulation can be caused by variations in the Sun's output, changes in Earth's orbit, or alterations in the composition of Earth's atmosphere such as increased greenhouse gas concentrations.
Yes, if the Sun's gravity increased, the Earth's orbit would become more elliptical, affecting the seasons and potentially the stability of Earth's climate. The increased gravitational pull could also lead to changes in the Earth's rotation speed and tidal patterns.
The astronaut's inertia on the moon would be the same as on Earth, as inertia is an object's resistance to a change in motion. However, due to the moon's lower gravity, the astronaut would weigh less and experience a reduced force opposing their motion compared to Earth.
If Earth's mass increased, then the gravitational force between Earth and the moon would also increase. The moon would be more strongly attracted to Earth. The acceleration between the 2 would increase also.
Tides would become stronger.
The motion of the Moon would change if the mass of Earth increased, because the Earth's gravity would increase. The change in the gravitational force between Earth and Moon would affect the orbital path of the Moon. More details, if wanted: The Moon would be pulled towards the Earth. It's possible that the Moon would collide with Earth, depending on the strength of the Earth's new gravity. The other possibility is that the Moon would simply go into a new, more elliptical, orbital path. The Moon's speed would be greater than before at its closest approach to Earth. Its orbital speed at its furthest point would be similar to its original speed. I think that's right. I've checked my answer with a website, but I haven't seen any mathematics on the problem.
increased dust in the atmosphere
A change in Earth's total insulation can be caused by variations in the Sun's output, changes in Earth's orbit, or alterations in the composition of Earth's atmosphere such as increased greenhouse gas concentrations.
There would be no change in season on Earth at a particular place The poles will get colder & the tropical regions will get more hotter
If Earth did not have a motion of revolution around the sun, the seasons as we know them would not exist, leading to a more stable climate globally. Additionally, without this motion, there would be no concept of a year as we measure it, impacting how we structure our calendars and understand time.
A change in position would be motion. (Motion) is the answer for A+
A change in position would be motion. (Motion) is the answer for A+
A change in position would be motion. (Motion) is the answer for A+
major climatic change where part of the earth would suffer immense drought while parts would be flooded because the evaporated water would not leave the planet
Yes, if the Sun's gravity increased, the Earth's orbit would become more elliptical, affecting the seasons and potentially the stability of Earth's climate. The increased gravitational pull could also lead to changes in the Earth's rotation speed and tidal patterns.
False. Consider a car moving on the road, along the earth's surface. That is considered to be Vx or Horizontal motion or velocity. If the car were to move perpendicular to the earth's surface that would be Vy or Vertical motion and velocity.
Its speed of motion, or its direction of motion, or both, would change. In general, the change would be described as 'acceleration'.