Print the $4-$coulmn array flightData for angles $=0,10,...,90$ degrees with $1$ digit after the decimal point

using fprintf. Provide column headings and units where appropriate.

Print maxDist, angleMaxDist, heightMaxDist, and timeMaxDist using fprintf with $1$ digit after the decimal

point.

$6.$ Write local function CalcTrajectory with input parameters angle, speed and g $($all scalar values$)$ and output

parameters x$,$ y $($arrays$),$ tF $($scalar$).$ Inside the function, calculate the time of flight tF as:

tF $=2*$ speed $*$ sin$($angle$)/$ g

Create an array t containing $1000$ elements with values between $0$ and tf$.$ From the array t$,$ calculate

distances x and y as

x $=$ speed $*$ cos$($angle$)*$ t

y $=$ speed $*$ sin$($angle$)*$ t $-$ g $*$ t$2/2$