Because it's rubbed against the passing air fast and hard enough for friction to heat it.
no
Nacelle .
it is the only suitable shape to travel at more than mach speed.
You use fins and a nose cone on a bottle rocket because the cone reduces the drag on the rocket, and the fins help stabilize the rocket.
the ice cream cone and hot sauce
I understand that the nose-cones for the Concordes were all built at Brooklands in England.
no
The energy that heats the rocket comes from gravity, but is released in heat as the nose cone encounters friction from air molecules. While in space, there are few molecules to encounter, but as it enters the thicker atmosphere, collisions increase and this produces heat in the air and on the rocket nose. In the case of the Space Shuttle, all of its initial velocity (energy) gained at launch is expended as heat as the shuttle lands, and it returns to its original gravitational state again.
typically the nose cone is filled with a parachute to the rocket arrives on the ground safely.
The nose cone separates when forward flight is ended and the motor 'retrofires', blowing off the nose cone and exposing the parachute.
A streamlined plastic nose cone.
you cant move concordes nose but you can turn the entire plane etc. but concordes nose cant move
It could. If the nose is a right angle, it would be wide but a cone.
A perfect cone
Nacelle .
First, put a dot in the corner of your paper. Then, roll the paper up, leaving the tip sharp. There! Now you have a nose cone!
"Rocket nose cone" pretty much says it all, I really don't think there is another suitable name.