Your new spacecraft '7 should continuously be checking for any nearby However your spacecraft only has one LIDAR sensor , a sensor which objects that could potentially cause damage to the spacecraft. such as sends out a pulse of light that bounces o objects and back to the sensor. If space debn's .. comets . : and giant space monsters ll. you shot a pulse out at small increments until thefull 360 degrees was covered it would take far too long and some objects may hit the spacecraft! Your team comes up with a solution, you will use the LIDAR sensor * to send a pulse of light in a random direction, and with Your role is to generate the 2-dimensional vector that will enough pulses you should be able to cover a lot of directions and determine where to shoot the LIDAR light pulse 9 . have confidence that no objects will cause the spacecraft damage. ? ? ?A teammate handles the process of sending the light pulses and provides you with the function: This is a vector which will dictate where to shoot the LIDAR beam. The length of the vector will determine the strength of the light beam, it should be kept at the maximum strength of 5. VX vy Send Light Pulseoints) After a review of existing functions in your teams' general library of functions (you need not define these!), one of your teammates recommends the following functions to complete the task: The input value should be in The input value should be in radians, from 0 to 2 PI. radians, from 0 to 2 PI. Generate Random Angle D - R R SIN The output angle will be COS in the range from 0 to 360 degrees. SIN(R) COS(R) You may use functions from previous problems