no. Ocean temperature is not uniform with depth or surface coordinates. Tom Clancy's novel, Hunt for the Red October, describes the phenomenon of thermocline; the novel is a great read too. The ocean surface that is facing the sun in the Tropics is a lot warmer than the surface in the Antarctica. The water temperature near a undersea volcano vent is the hottest of all.
Less pressure because ocean water is salty and therefore denser.
yes becaus ethe wind's definnation is the movement of air cause by diffences in air pussure and if the air pressure says the same than the temperature say the same and the amount of wind is there if the temperature is around the 70's or below.
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
Isotherms and they are lines on a map that connect areas with the same surface temperature.
well when you set your microwave to high it is about the same temperature as the surface of the sun but the core can get as hot as an exploding microwaved watermelon
In order for temperature to change the involved heat has to have some place to go. The water at the bottom of the ocean is surrounded by ground and other water that are already at the same temperature. Where can extra heat go to? At the surface the air transports heat up and away so ocean heat can leak out (or in) to the water.
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.
No, there would not be winds if the earth's surface was the same temperature everywhere. The reason why is because during the day the land heats up faster than the water.
capacity and specific humidity are the same
No, the force of the water on the piers increases with depth below the surface due to the increasing pressure from the weight of water above. This is described by Pascal's law, which states that pressure in a fluid increases with depth.
Yes, they have roughly the same surface temperature. Internal temperatures may be very different depending on the respective stages of stellar evolution the stars are in.
As long as you're in the same temperature system, -2 is the same as 2 below zero.