Produce a manipulate block that:
trajectory of of a rocket launched as time is varied.
Allows starting mass, fuel mass, burn rate and exhaust velocity to be set.
Displays current height, velocity and mass as time varies.
Gives a clear graphical representation of height, velocity and mass as time varies (2 marks)
t should be presented as a complete notebook, giving a brief description of the Kiolovsky rocket equation and how to interpret the graphic.
You should produce 3 modules:
Question 1: MaxHeight[eV_, rM_, fM_, bR_] which calculates the maximum height the rocket reaches given the paramters
Question 2: MaxVelocity[eV_, rM_, fM_, bR_]which calculates the maximum velocity the rocket reaches given the paramters
Question 3: FlightTime[eV_, rM_, fM_, bR_], which calculates the amount of time the rocket spend in the air
You should also produce a Manipulate block that produces a visulatisation of the rockets trajectory
Question 4: produce a Manipulate block that allows a user to manipulate the Exhaust Velocity, Rocket Mass, Fuel Mass, Burn Rate, and Time to view the trajectory of the rocket.
I've added the .nb file to write the solutions on it.