Defining Jupiter's surface is a bit of a complex problem. That said, unless you literally define it in terms of temperature or something related to temperature, no, it would not be constant.
The surface temperature of a "hot jupiter" is typically between one and two thousand degrees. They are heated very strongly by the star because they are orbit so closely. For comparison, in our Solar System, Jupiter has a much lower temperature of between one and two hundred degrees. Because the hot jupiters always show the same face to the star, the heating is always on the same side and drives strong winds around the planet that redistribute the energy from the hot day- side to the cooler night-side. The temperature variation between the day- and night-sides depends on how efficiently the winds can transport the heat.
venus is a planet that has a hard surface and is about the same size as earth but Jupiter is a gas giant with no hard surface to stand on
Jupiter spins on it's axis once every ten hours. Ignoring the effect of tilt and season this means that any point on it's surface will get about 5 hours sunlight in a Jupiter day. If you've been set a trick question the answer is Jupiter always has sunlight - same as the earth. It's always daytime somewhere
I think it's about 2.528 times as great on Jupiter.
At the level of Jupiter's atmosphere where the pressure is the same as the average pressure on Earth at sea level, the average temperature is -108° C. However, the outer part of Jupiter gets more heat from Jupiter's core than it gets from the sun.
A solid surface, if there is one, would be contained within Jupiter's liquid metallic hydrogen core. As LMH is super conducting fluid there would be no temperature gradient, so the answer to both of your questions would be roughly 24 000 degrees, centigrade.
That's a trick question, right? Jupiter has no surface.
figures with the same volume does not have the same surface area.
Exactly the same way they are aligned in the solar system. Mercury being closest to the sun is the hotest and the coldest should be Pluto. But some people say Neptune since Pluto was re-classified as a dwarf planet.
Its quit tricky. Answer is yes. Its because of the electro magnetic radiations of sun that causes high temperature at surface. So surface temperature is nearly same to core temperature
A Jupiter wouldn't freeze or burn because they are the exact same temperature.
No, Jupiter is not pulverized. It is a gas giant made up mainly of hydrogen and helium. It does not have a solid surface like Earth, so it cannot be crushed or pulverized in the same way.