It is the same
It is impossible to accurately determine the number of sugar cubes that would fit inside Jupiter as the planet does not have a solid surface like Earth and is composed mostly of gas. Additionally, the size and volume of Jupiter is so vast that it would be practically impossible to pack sugar cubes in it.
It is often stated that gravitational acceleration on equator(g) is about 2.48 times that of Earths. In this case, the bag would weigh 2.48 kg. Note however, that there is no solid surface on Jupiter, and the value is most probably just stated for it' outer atmosphere boundary. According to EnchantedLearning, the acceleration of gravity on each of the planets is: Mercury: 38% of Earth's Venus: 91% of Earth's Earth: 100% of Earth's (9.81 meters/second2) Mars: 38% of Earth's Jupiter: 254% of Earth's Saturn: 108% of Earth's Uranus: 91% of Earth's Neptune: 119% of Earth's Pluto: 8% of Earth's A person who weighs 100 pounds on Earth would weigh 38 pounds on Mercury or Mars, 91 pounds on Venus, 254 pounds on Jupiter, 108 pounds on Saturn, 91 pounds on Uranus, 119 pounds on Neptune, or only 8 pounds on Pluto. Hope this helps.
The mass of the sugar will remain the same, 1 kilogram, regardless of location. Weight (which is affected by gravity) is what changes depending on location. On the Moon, the bag of sugar will weigh less due to the weaker gravitational pull compared to Earth.
no, he actually lipsyncs to chuck duran of rock sugar.
The size is described on Wikipedia. The Moon's diameter is 3,474 kilometres (2,159 mi),[5] a little more than a quarter of Earth's. Thus, the Moon's surface area is less than a tenth of the Earth (about a quarter of Earth's land area), and its volume is about 2 percent that of Earth. The pull of gravity at its surface is about 17 percent of that at the Earth's surface. The weight however is more difficoult as we dont really know what it is made of. It might be possible to calculate from its gravitational pull, but weight is not really a constant. One kilo of sugar weigh less or more on different planets due to different gravitational pull.
check your weight and be active!
check your weight and be active!
check your weight and be active!
We do not know for sure what is at the centre of Jupiter. However current thinking is that it has a core of denser elements which is 12 to 45 times the Earth's mass. By the way do not talk about "weight/weigh" as you have in your question, use the term "Mass". Weight is the effect of a gravitational field on a Mass. Thus a pound of sugar on Earth will only weigh 1/3 of a pound on the Moon.
It is impossible to accurately determine the number of sugar cubes that would fit inside Jupiter as the planet does not have a solid surface like Earth and is composed mostly of gas. Additionally, the size and volume of Jupiter is so vast that it would be practically impossible to pack sugar cubes in it.
Sugar cane is grown in many places along the eastern coast of Queensland, and in northern New South Wales. This region has the warm, humid temperatures which provide the ideal growing conditions for sugar cane.
Fg=mg therefore Fg=(1.0kg)x(9.81m/s^2) Fg=9.81N
It is often stated that gravitational acceleration on equator(g) is about 2.48 times that of Earths. In this case, the bag would weigh 2.48 kg. Note however, that there is no solid surface on Jupiter, and the value is most probably just stated for it' outer atmosphere boundary. According to EnchantedLearning, the acceleration of gravity on each of the planets is: Mercury: 38% of Earth's Venus: 91% of Earth's Earth: 100% of Earth's (9.81 meters/second2) Mars: 38% of Earth's Jupiter: 254% of Earth's Saturn: 108% of Earth's Uranus: 91% of Earth's Neptune: 119% of Earth's Pluto: 8% of Earth's A person who weighs 100 pounds on Earth would weigh 38 pounds on Mercury or Mars, 91 pounds on Venus, 254 pounds on Jupiter, 108 pounds on Saturn, 91 pounds on Uranus, 119 pounds on Neptune, or only 8 pounds on Pluto. Hope this helps.
5
Approximately 9.8 Newtons (Force weight = mass * acceleration of gravity)
one is stored in the root and one is stored in the stem
It depends on the substance used for water it is but other liquids may differ