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Kay. Based on where Paolo landed, police accident investigators would like to know how fast the car was going when it hit him, as part of the process for determining who was at fault. 1. In 1983, John and Angela Searle published a paper at the Stapp Car Crash Conference which including the following formnla: V2ugs cos (8) +u sin(0) Here v is the velocity of the car, g is acceleration due to gravity, u is the coefficient of friction (more on this later), s is the distance traveled by the pedestrian, and 0 is the initial angle of the hit pedestrian. The paper included this slightly disturbing image: END PONT $2 11 BOUNCING SLIDING FISURE S FLUGT OF A PROIECTILE OVER A ROUGH PLANE Let's use metric units. Suppose u = 0.66, g = 9.81m/s, s = 100m, and 0 = 0.5 radians. What was the velocity of the car?

Kay. Based on where Paolo landed, police accident investigators would like to know how fast the car was going when it hit him, as part of the process for determining who was at fault. 1. In 1983, John and Angela Searle published a paper at the Stapp Car Crash Conference which including the following formnla: V2ugs cos (8) +u sin(0) Here v is the velocity of the car, g is acceleration due to gravity, u is the coefficient of friction (more on this later), s is the distance traveled by the pedestrian, and 0 is the initial angle of the hit pedestrian. The paper included this slightly disturbing image: END PONT $2 11 BOUNCING SLIDING FISURE S FLUGT OF A PROIECTILE OVER A ROUGH PLANE Let's use metric units. Suppose u = 0.66, g = 9.81m/s, s = 100m, and 0 = 0.5 radians. What was the velocity of the car?

Algebra: Structure And Method, Book 1
Algebra: Structure And Method, Book 1
(REV)00th Edition
ISBN:9780395977224
Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Publisher:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Chapter2: Working With Real Numbers
Section2.3: Rules For Addition
Problem 7P
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Since we don't know the angle, we'd like to know the maximum and minimum values of v (velocity). How do we find max/min values of a function using calculus? 

Suppose there's a car accident in which a pedestrian (let's call him Paolo) is hit by a car and thrown into the air. Paolo is injured but he will be okay. Based on where Paolo landed, police accident investigators would like to know how fast the car was going when it hit him, as part of the for determining who was at fault. process 1. In 1983, John and Angela Searle published a paper at the Stapp Car Crash Conference which including the following formula: V2ugs cos (8) + u sin(0) Here v is the velocity of the car, g is acceleration due to gravity, u is the coefficient of friction (more on this later), s is the distance traveled by the pedestrian, and 0 is the initial angle of the hit pedestrian. The paper included this slightly disturbing image: END PONT 1) BOUNCING SLIGING FISURE 5 FLIGT OF A PROJECTILE OVER A ROUGH PLANE 0.66, g 9.81m/s2, s = 100rm, and 0 = 0.5 radians. Let's use metric units. Suppose = What was the velocity of the car?
Transcribed Image Text:Suppose there's a car accident in which a pedestrian (let's call him Paolo) is hit by a car and thrown into the air. Paolo is injured but he will be okay. Based on where Paolo landed, police accident investigators would like to know how fast the car was going when it hit him, as part of the for determining who was at fault. process 1. In 1983, John and Angela Searle published a paper at the Stapp Car Crash Conference which including the following formula: V2ugs cos (8) + u sin(0) Here v is the velocity of the car, g is acceleration due to gravity, u is the coefficient of friction (more on this later), s is the distance traveled by the pedestrian, and 0 is the initial angle of the hit pedestrian. The paper included this slightly disturbing image: END PONT 1) BOUNCING SLIGING FISURE 5 FLIGT OF A PROJECTILE OVER A ROUGH PLANE 0.66, g 9.81m/s2, s = 100rm, and 0 = 0.5 radians. Let's use metric units. Suppose = What was the velocity of the car?
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