Final answer:
To draw a basic motion diagram for a rocket launched straight up until it reaches an altitude of 500 m, we need to consider the rocket's motion. Initially, the rocket is at rest on the ground, so the first motion diagram will show the rocket stationary on the ground. As the rocket is launched, it will start to accelerate upwards due to the force provided by the rocket's engines.
Step-by-step explanation:
To draw a basic motion diagram for a rocket launched straight up until it reaches an altitude of 500 m, we need to consider the rocket's motion. Initially, the rocket is at rest on the ground, so the first motion diagram will show the rocket stationary on the ground. As the rocket is launched, it will start to accelerate upwards due to the force provided by the rocket's engines. This upward acceleration will cause the rocket to gain speed, and its motion diagram will show an upward direction with increasing velocity. The rocket will continue to move upwards until it reaches an altitude of 500 m, at which point it will start to decelerate and eventually come to a stop at its maximum height. So, the basic motion diagram will show the rocket's upward motion with increasing velocity and then a deceleration until it reaches an altitude of 500 m.