(Q 4] (a) The equation of a hill path is given by: Y = -0.001 x +0.2 x A small vehicle of mass 80 Kg starts from rest at the bottom of hill (point (0,0)) and accelerated toward the top of hill. Find maximum allowable acceleration to keep the vehicle in contact with the surface when reaching top of hill. (b) Find work done in a process in which P( v - 0.6)05 =10 ; P (N/m³), V (m³ )
(Q 4] (a) The equation of a hill path is given by: Y = -0.001 x +0.2 x A small vehicle of mass 80 Kg starts from rest at the bottom of hill (point (0,0)) and accelerated toward the top of hill. Find maximum allowable acceleration to keep the vehicle in contact with the surface when reaching top of hill. (b) Find work done in a process in which P( v - 0.6)05 =10 ; P (N/m³), V (m³ )
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![[Q 4] (a) The equation of a hill path is given by:
Y = -0.001 x + 0.2 x
A small vehicle of mass 80 Kg starts from rest at the bottom of hill (point (0,0))
and accelerated toward the top of hill. Find maximum allowable acceleration to
keep the vehicle in contact with the surface when reaching top of hill.
(b) Find work done in a process in which
P( v - 0.6)°5 =10 ; P (N/m³), V (m³ )](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8c541d94-303e-4eb9-adbb-b284bf0775e5%2F2e3e3458-7ae7-4aca-a242-285156593010%2F863jbu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:[Q 4] (a) The equation of a hill path is given by:
Y = -0.001 x + 0.2 x
A small vehicle of mass 80 Kg starts from rest at the bottom of hill (point (0,0))
and accelerated toward the top of hill. Find maximum allowable acceleration to
keep the vehicle in contact with the surface when reaching top of hill.
(b) Find work done in a process in which
P( v - 0.6)°5 =10 ; P (N/m³), V (m³ )
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