Uranus\' temperature changes massively due to not having Earth-like gravity.
The temperature on Uranus remains relatively constant, with variations being linked to its long seasons, which last about 21 Earth years. However, rapid changes in temperature are not common on Uranus due to its distance from the Sun.
Scientists have observed that we do not know the highest temperature on uranus. for all we know there is no restrooms on the planet so we have no further information for you at this moment hope you found this helpful.
Uranus is a rotating gas giant, so it does have heat. However, its distance from the sun is far enough to make it very cold (with an average temperature range of about 53 to 76 K).
Uranus ranges from 49 degrees Kelvin, which is equal to -371.47 degrees Fahrenheit, to 57 degrees Kelvin, which in turn is -357.07 degrees Fahrenheit.
Uranus has many different temperatures just like Earth. Uranus doesn't just have one temperature. But Uranus's average tempature is -95685 Celsius. It also has many planets that rotate around it like Neptune, Saturn and of coarse the sun. Uranus had 27 moons unlike Earth.
smaller is not the right answer. so i tried oceon but is not the answer. I can't figure out the question on my work sheet. please give me the answer.
The temperature change from -12 to 13 degrees is calculated by subtracting the initial temperature from the final temperature. So, 13 - (-12) equals 13 + 12, which results in a temperature change of 25 degrees.
Uranus doesn't have seasons.
They are close to non-existent, first because Uranus is so far from the Sun, and second because Uranus is a gas giant. The huge volume of gas keeps the planet pretty close to the same temperature all the time.
Basically because there is energy needed for the temperature to rise or become lower, but energy is also needed to change the phase, so instead of the energy being used to change the temperature, it is being used to change the phase, therefore temperature does not change.
Winter on Uranus is so long because it is parallel to the winter solstice.
Temperature is the perception we have of the vibrational energy of the molecules in any substance. The faster they vibrate, the hotter the object. So the answer is physical.