In order to land on the moon and come back to earth, all these factors must be present: 

 1.  A launch platform at the Moon in order to relaunch the rocket.

2.  A hot gas booster for liftoff supplied with enough fuel to accelerate into orbit speed to dock with the service module.

3.  3 Types of rocket thrusters including cold gas thrusters and,

4.  Fuel to accelerate and decelerate the hyper speed of the rocket.

The photos taken at the landing area where the moons regolith was not disturbed by the rocket thrusters when it landed, I approve to be true, the surface dust was not disturbed below the landing thruster due to a procedural fact I will explain.

Conspiracy theorists argue that the engine thrusters of the lunar module did not disturb the floor area below the thrusters, and this can be easily explained and immediately debunked: the bottom hot gas engine is turned off at certain altitude proximal to the lunar floor principally to prevent this from happening, and the cold gas pulse thrusters on the upper sides of the spacecraft continue with the descend.

Conspiracy theorists suggest that, the landing module was lowered by ropes to avoid debris from being blown by the thrusters like they do to lower the rover on the surface of mars not only NOT feasible but inaccurate due to the low gravity of the moon, this procedure is not necessary: the (4) gold gas thrusters land the lunar module with only 1% pulse thrust while the lower platform does its job to deflect some of the turbulence.  "On the Moon, there is no atmosphere however, the first, second and third laws of motion are still present."

Some photos of astronauts running and jumping on the moon I do not approve to be true.  In order to jump or run on the moon with a space suit, there must be a fixed point of gravity and lightening to orient the horizon, otherwise the astronaut will lose balance and fall, and this is precisely what happened with the astronauts, they lost balance all the time and collapsed: "Pilots have this same vertigo effect on earth when passing through a cloud." 

The lander speeding rally style is also false. This would be a really bad idea having lunar surface Miro dust being suspended above the surface since this micro dust acts like diamonds where all cameras including their helmet visors all scratched and became a high risk and, the main reason why they had to abort and come back to earth before the scheduled orbit launch.

In space or at the Moon, photography shots look differently to the photography on Earth, and the first one is, the stars disappear from site if you were to stand on the Moon surface.  In order to see stars on the moon one must be at least 10 kilometers of altitude from the surface during the lunar day.

During the lunar night, all stars appear, and the surface disappears as well making it zero visibility.

Astronauts go to the moon, orbit several days, since it does not require the use of thrusters where they can remain orbiting for millions of years until the module hits something in space causing it to change its orbit angle and speed.

To change the orbit, the thruster requires a minimal amount of hot gas thrust where, they even have to eject fuel at high altitude prior to terrain altitude and before parachuting.

Landing on the Moon requires more fuel consumption to decelerate from orbit speed to vertical landing speed. 

NASA uses a single use platform that the rocket takes and leaves at the landing site each time for each mission until they come up with a system to reuse the platforms.

The Moon is within the Earth's Sphere influence so any object regardless of size will always be pulled by the Earth's sphere influence or by the Moon's even at 1 million miles of altitude.

Considering temperature, pressure and altitude, water boils a 100 Celsius and freezes at 0 Celsius at sea level or (0) meters of altitude thus, with this parameter at hand, we would like to know what the boiling and freezing point of water at a higher altitude would be and if altitude contributes to a change in pressure and if temperature varies with pressure.

Considering relative speed, if a runner runs at 10 mph (inside a train) traveling at 11 mph, if the runner jumps from behind, does the runner advance forward or backward?

Considering fuel consumption: If a 1-ton car uses 1 Gallon of fuel per 60 minutes then, if the car weighed 10 tons, how many minutes of fuel will the car run for?

Considering propulsion: if a rocket on Earth weights 1-ton and requires 2-tons of thrust for lift off, how many tons of thrust would it require to launch the same payload at the Moon?

A NASA rocket weights approximately 100 tons altogether, and it requires a thrust greater than its total weight to be able to not only lift off the ground but, to accelerate to the required orbit velocity to escape the gravity of Earth moving relatively parallel with the surface.

As the rocket climbs after liftoff, it becomes lighter and lighter, due to the fuel tanks emptying effect and thus the engines must reduce thrust capacity to maintain a fixed speed and avoid a high velocity drag causing it to burn while passing the low atmosphere at about 16 kilometers.

Therefore, with this in mind, back in 1969, astronauts DID land on the moon but, lied and provided most of the false evidence of the mission.

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