Q3: Vekocity- Time graph Object travel according to the graph above then stop; Calculate : 1- What is the accelaration at point a, What is called that acceleration?. 2- What is the accelaration between (0- b). 3- What is the accelaration between (b- c). 4- What is the accelaration between (e- end). 5- The displecement after 6 sec. 6- The displecement at the last 4 sec.

Q3: Vekocity- Time graph Object travel according to the graph above then stop; Calculate : 1- What is the accelaration at point a, What is called that acceleration?. 2- What is the accelaration between (0- b). 3- What is the accelaration between (b- c). 4- What is the accelaration between (e- end). 5- The displecement after 6 sec. 6- The displecement at the last 4 sec.

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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Q3: Velocity - Time gaph 3.5 a 25 10 t sec Object travel according to the graph above then stop; Calculate : 1- What is the accelaration at point a, What is called that acceleration?. 2- What is the accelaration between (0 – b). 3- What is the accelaration between (b – c). 4- What is the accelaration between (c – end). 5- The displecement after 6 sec. 6- The displecement at the last 4 sec.
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91 ll ۱۰:۰۸ ص Q3: Velocity - Time graph t se Object travel according to the graph above then stop; Calculate 1- What is the accelaration at point a, What is called that acceleration?. 2- What is the accelaration between (0 – b). 3- What is the accelaration between (b - c) 4- What is the accelaration between (e - end). 5- The displecement after 6 sec. 6- The displecement at the last 4 sec. إضافة ملف Q4: Car A travels at constant velocity (100.7 mile/hr) and car B initially at rest accelerates (3 m.s) to catch-up car A. How long (displacement) does car B to catch car A? إضافة ملف Q5: A point initially at rest moves along the x-axis. It is acceleration varies with time as a- (5t+6) m/s?. IF it starts from the origin, the distance covered by it in 2 second is 18.66 m 14.33 m 12.18 m 6.66 m