Jupiter has a temperature of about 234 degrees Fahrenheit or 145 degrees Celsius. This makes Jupiter a very cold planet.
-5600 degrees Fahrenheit
don't know!
I believe it is 110 degrees F
The top portion of Jupiter is cold -244°F; the rest of the body is very hot, 63,932°F.
Jupiter has a fairly constant temperature. On the surface, Jupiter reaches a bone-chilling temperature of -234 degrees Fahrenheit. It rarely gets more than a few degrees warmer than this.
the average temperature on Jupiter is -238 degrees Fahrenheit
-5600 degrees Fahrenheit
The surface temperature of Jupiter is about - 165 degrees Fahrenheit.
Jupiter's average surface temperature is -244 degrees Fahrenheit or -153 degrees Celsius. The average temperature in Jupiter's clouds is about -220 degrees Fahrenheit or -140 degrees Celsius. The hydrogen in Jupiter's inner core is in a liquid form.
The highest temperature ever recorded in Jupiter was about 980 degrees Fahrenheit.
The average surface temperature of Jupiter is around -234 degrees Fahrenheit. This means that the temperature of Jupiter is much colder than Earth because of the planet's distance from the sun.
The average temperature in Jupiter's air is -234 degrees Fahrenheit. The temperature becomes warmer it gets closer to the core, which can be as high as 43,000 degrees Fahrenheit.
don't know!
I believe it is 110 degrees F
The top portion of Jupiter is cold -244°F; the rest of the body is very hot, 63,932°F.
Jupiter is a gaseous planet with temperatures ranging from close to absolute zero at the outermost cloud layer to an estimated 36,000° Kelvin at the core. The outer layer of the planet has an average temperature of about 390 degrees Celsius or 680 degrees Fahrenheit. The temperature in Jupiter's clouds is about -140 degrees Celsius or -220 degrees Fahrenheit. The temperature in Jupiter's core is about 24,000 degrees Celsius or 43,000 degrees Fahrenheit. !
Jupiter is a very cold planet. It has an average surface temperature of around -234 degrees Fahrenheit. Jupiter's temperature depends on the temperature on the inside of the planet, not by its distance from the sun.