Well, sweet pea, if the sun were significantly larger than it is now, Earth would get toasted faster than a marshmallow on a summer BBQ. The increased size would also result in a stronger gravitational pull, leading to some intense tidal forces and potentially disrupting our cozy little planet. So, long story short, we'd be fried and flung into space like a cosmic Frisbee.
If you weigh 65 pounds on Earth, you would weigh approximately 15.2 pounds on Saturn. This is because Saturn's gravity is about 1.07 times that of Earth's, which means you would weigh less due to the planet's lower density and gaseous composition. Therefore, your weight would be significantly less than on Earth, despite Saturn being a much larger planet.
Antares is about 800 times larger than our Sun. The Sun is about 109 times larger than The Earth. So Antares is about 87,200 times larger than The Earth. So you could fit about 663,054,848,000,000 Earths inside Antares. (663 trillion) See related link for a comparison to the Sun
the people said they would pray for protection
From the near side of the moon, Earth would appear about four times larger in the sky compared to how the moon looks from Earth. The Earth would shine brightly and display phases similar to the moon as it orbits the sun. The Earth would appear to rise and set on the lunar horizon in a similar way to how the moon does on Earth.
No. This would be impossible. Isaac Newton showed in his Law of Gravitation that gravity depends on three things: 1. The Gravitation Constant - a tiny number (symbol G) that is universal across the univers that is a measurement of the strength of the force of gravity compared with other forces like magnetism. It is approximately 0.00000000006 2. The masses of the objects between which the force acts - the larger the mass the larger thr force 3. The distance between the objects - the smaller the distance the larger the force. So in the case of the ship, (a) the gravitation constant would be the same for the earth, ship and moon so this constant would be irrelevant in this case. (b) The earth is much more massive that the moon and so would exert a greater force on the ship than the moon ever could. So the earth would exert more gravitational pull than the earth. (c) The earth is nearer to the ship (just the depth of the sea away!) than the moon (over 240,000 miles away!) and so the earth would exert a larger gravitational pull. So the earth wins on both counts!
A 20,000 mile wide object would not be a meteor; it would be a planet significantly larger than Earth. In that case Earth, which is about 8,000 miles wide, would definitely be destroyed.
If everyone in the world jumped at the same time, the impact on the Earth would be very minimal. The combined force of all the people jumping would not be enough to significantly affect the Earth's rotation or orbit. The Earth is much larger and heavier than all the people on it, so the effect would be negligible.
Yes, they would be a little more common than they are. A lunar eclipse happens when the Moon goes into the shadow of the Earth. If the Earth was larger, the Earth's shadow would also be larger. For some times when the Moon currently just misses the Earth's shadow, if the Earth (and its shadow) were larger, the Moon wouldn't miss.
If Earth were significantly closer to the Sun, it would be hotter, and water would be mainly in the form of vapor (gas).If Earth were significantly farther away, it would be colder, and most water would be frozen (ice).
Nothing would happened to Earth. (that is obvious!)
yes
A rock that is larger than Earth would be a planet in its own right. Rocky planets larger than Earth do exist outside of our solar system.
If you weigh 65 pounds on Earth, you would weigh approximately 15.2 pounds on Saturn. This is because Saturn's gravity is about 1.07 times that of Earth's, which means you would weigh less due to the planet's lower density and gaseous composition. Therefore, your weight would be significantly less than on Earth, despite Saturn being a much larger planet.
Nothing.
Earth would survive but life would not, except perhaps viruses or bacteria.
Earth is significantly larger than Ceres. Earth has a diameter of about 12,742 kilometers, while Ceres has a diameter of about 940 kilometers. This makes Earth more than 13 times larger in diameter than Ceres.
It would be better to ask what would happen if Earth hit a star, as stars are much larger than Earth is. The planet would be vaporized by the intense heat.