As an engineer working on designing and modelling a new droneproduct, you are doing a lot of different physics calculations.Your boss wants to write a program that can choose from anassortment of calculations and perform the desired physicscalculation in order to streamline the design and modellingprocess. For this project you will write a function callednetidPhysics. Your function should take three inputs in thefollowing order: var1 – The first number in the calculation youwant to perform. Var2 – The second number in the calculation youwant to perform var3 – The third number in the calculation you wantto perform indicator – A variable, that has a data type of yourchoice1, that the user will use to determine which operation toperform. You should note in a comment how you are implementing theindicator variable. Your function should have one output, result.Your function should be able to perform the following operations,and should assume SI units for each input: - Distance. Given var1as a 1-dimensional acceleration, and var2 as 1-dimensionalvelocity, and var3 as time, determine result via the formula:???????? = ???????? ∗ ????.
1/2 ???????????? ∗ ????2 - Work. Givenvar1 as a force, var2 as a distance an object moved, and var3 asthe angle between the force and the direction of movement (inradians), determine result via the formula: - ???? = ????? ∗???????? ∗ cos(?????) - Falling object velocity. Given var1 as aninitial speed and var2 as an amount of time, and var3 as the forceof gravity acting upon the object, calculate the result via theformula: ????????????? = ??????????????? + ? ∗ ???? - Torque. Givena var1 as a force acting upon an object with a fixed axis ofrotation, var2 as a distance away from the axis of rotation, andvar3 as the angle of the force with respect to the parallel alongwhich the distance was measured, calculate the result via theformula: ?????? = ????? ∗ ???????? ∗ sin(?????) Note that everytime this function is called, it should only perform one of thesecalculations.
Ever wondered how a drone actually flies? Here I explain the simple physics of how a drone lifts off, hovers, turns and moves through the air. I also look briefly at how the remote controller. Quadcopter Body Frame and Inertial Frame. Before delving into the physics of quadcopter motion, let us formalize the kinematics in the body and inertial frames. We define the position and velocity of the quadcopter in the inertial frame as x = (x,y,z) Tand x˙ = (x˙,y˙,z˙), respectively.
However, the user should be able to choose from anyof the calculations with each call using the indicator input.Asked Feb. 14, 2019 Expert Answer 100% (3 ratings).
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