Well, you are moving at high speed say 11 000 m/s starting a re-entry/landing and how do do you control the angle of motion at that speed?
By using attitude control thrusters,
of course!Reaction control system
The command module attitude control system consisted of twelve 93-pound-force (410 N) attitude control jets; ten were located in the aft compartment, and two pitch motors in the forward compartment. Four tanks stored 270 pounds (120 kg) of monomethylhydrazine fuel and nitrogen tetroxide oxidizer. They were pressurized by 1.1 pounds (0.50 kg) of helium stored at 4,150 pounds per square inch (28.6 MPa) in two tanks.
How do you know where you are and your destination?
You write a whole website yet you don't know this sort of stuff! I find it hard to belive anyone could be so ignorant let alone one pretending to be an expert!
Go and chase up
Ground Tracking of Apollo By FRIEDRICH 0. VONBUN NASA Goddard Space Flight Center
Launch Vehicle and Spacecraft Systems.
Even though Saturn V with the Apollo spacecraft will be capable of “flying” independently, numerous types of tracking and telemetry systems will be carried on board to track, check, and test all vital systems during fight.
During major phases of the mission, the Unified S-Band System (USBS)-tracking, telemetry, voice and TV transmission and reception combined to simplify the spacecraft electronics-carried aboard the Instrument Unit (IU) , the Command and Service Module (CSM) ,
and the Lunar Excursion Module (LEM) will be used for primary .communications, telemetry, and guidance.
S-IC OOOP Tracking transponder-Range rate only
LEM USBS Tracking (range, range rate)
CSM USBS Tracking (range, range rate)
NASA Could track the range and rate of change of range very precisely from Earth and could use trajectory prediction programs to show where the spacecraft would be between "fixed".
Take it from me, Heiwa, those NASA scientists, astronomers and engineers were thousands of time smarter that you!
And how to control heat while doing all this?
Go and study up atmospheric re-entry yourself and stop being such an ignoramus!
Maybe read
Returning from Space: Re-entryThere are many problems associated with steering a spacecraft to solve in order to win my Challenge.
Who cares about your stupid unwinnable challenge? NASA has hundreds far more knowledgeable than you or I solving these problems.
They did it and YOU couldn't do it if you lived to be a thousand years old!
But no one person could because it needs so much detailed knowledge that one person could not possibly do it!
Dr. Buzz says it is all done by computers, so another question is ... what computer? What is the pilot supposed to do?
Go chase it up for yourself. It's all very carefully documented and NASA is obliged to release this information.