The Drag Force on a race car travelling with a velocity of vis given by, FD = 1/2 CD APV ² Where: V=VELOCITY A = Frontal area of CAR in m² = 1.289 m² P = density of air = 1.2754 kg/m³ Cp = Coefficient drag = 0.9 The race car varies in speed from 18M/S to 55 m/s during a race. a) using these speeks and Ke Cp Valve allocated derive an arithmetic progression for the Drag force across the Velocity range Do Fur & Terms a t a+ (^²¹) d

The Drag Force on a race car travelling with a velocity of vis given by, FD = 1/2 CD APV ² Where: V=VELOCITY A = Frontal area of CAR in m² = 1.289 m² P = density of air = 1.2754 kg/m³ Cp = Coefficient drag = 0.9 The race car varies in speed from 18M/S to 55 m/s during a race. a) using these speeks and Ke Cp Valve allocated derive an arithmetic progression for the Drag force across the Velocity range Do Fur & Terms a t a+ (^²¹) d

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

The Drag Force on a race car travelling
with a velocity of vis given by,
FD = 1/2 CD APV ²
Where:
V = VELOCITY
A = Frontal area of CAR IN M² = 1.289 m²
P = density of air = 1.2754 kg/m³
Co = Coefficient drag = 0.9
The race car varies in speed from 18M/S to 55 m/s
during a race
T
a using these speed and the Cp Valve allocated
derive an arithmetic progression for the Dray force
across the Velocity range
Do Fur & Terms
a+ (^-1)d

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