Aim: To write code that can solve an otto cycle and make plots for it, and find the Thermal efficiency of the Otto Cycle. Governing Equations: T2/T1 = (V1/V2)^(ɣ-1) T3/T4 = (V4/V3)^(ɣ-1) η% = 100*(1- (v2/v1)^(ɣ-1)) V/Vc = 1 + ½(rc - 1)[R + 1 - Cosθ - (R^2 - Sinθ^2)^½ ] In the above equations,…

Aim:  To write a program that solves the following ODE. This ODE represents the equation of motion of a simple pendulum with damping Governing Equations: In the above equation,  b is the damping coefficient. No units m = mass of the ball in kg, g is the gravitational acceleration. Units m/s^2 L is the pendulum’s…

Aim:  To perform curve fitting with Python and obtain various parameters Governing Equations: The respective cubic and polynomial equations.   Where RSS is the Sum of Squares of Residuals, TSS is the total sum of squares, R^2 is the Coefficient of Determination.   Where n is the number of observations, y…

Aim:  To write a program that works as a data visualizer, performance calculator, with a compatibility check. Governing Equations: speed = rpm/60 power = speed*area specific fuel consumption = m/power In the above equation, m denotes the mass of the fuel consumed and is in micro grams Speed is in m/s The area is in…