Need the code to solve MATLAB

Consider the motion of an object modeled with ideal projectle mation (neglecting air resistance). The trajectory of the object can be denved trom basic physics and is given by the tormula: 2 (ocos where x is the distance in meters, e is the initial angle, g is the acceleration due to gravity (9.81 m/s*2), vO is the initial velocity in m's, and yO is the initial height in meters. The magnitude of the velocity of the projectle at any point along it's trajectory is given by where the x-component of velocity is unchanged from the initial velocity and given by The y-component of velocity can be computed from the kinematics equation Consider a projectile launched with the following initial conditions: ing initial conditions yo 2.0 meters 0 35 degrees v0 250 meters/second The test suite workspace specifies a value for x that is assigned to the variable xPosit ion Write a script that uses this value along with the given initial conditions and formulas to compute the following Compute the height of the projectile, y, at the given point x. Assign the result to a variable named yPosition Compute the magnitude of the velocity of the projectile at the given point x. Assign the result to a variable named Projectilelelocity