Produce a manipulate block that:
tory 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 (1 mark)
Question 2: MaxVelocity[eV_, rM_, fM_, bR_]which calculates the maximum velocity the rocket reaches given the paramters (1 mark)
Question 3: FlightTime[eV_, rM_, fM_, bR_], which calculates the amount of time the rocket spend in the air (1 mark)
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. (2 marks)