Help 奥WRAP-UPTu sum up what yau have learned compiete the fullawing statements.Chaose your answer innide the parenthesin.How de speed and velocity differ? (1)in defined as how fast an object is muving und operationally defined as distancedivided by time. On the other hand (2)defined as the rate at which an object changes ita positinn. Speed is a (3)speed, velocity)(speed, velocity) is(Ncalar, vector) quantity which means it has a magnituleanly while velncity is a (4)means it has both magnitude and direetion. In describing the velucity uf the objectIt is essential to indicate the (5).(scalar, vector) quantity which(mode, direction).

Speed is defined as how fast an object is moving and operationally…

How de speed and velocity difter? (1) iupeed, velacity) is defined as how fast an object i meving and operationally defined as distance divided by time. On the other hand (2 (speed, velocity) is defined as the rate at which an objed changes its poution. Speed is a (3) (scalar, vector) quantity which means it has a magnitude only while velecity is a (4) scalar, vector) quantity which means has both magnitude and direction. In describing the velucity ouf the object itis essential to inticate the (5) mode, direction).

How de speed and velocity difter? (1) iupeed, velacity) is defined as how fast an object i meving and operationally defined as distance divided by time. On the other hand (2 (speed, velocity) is defined as the rate at which an objed changes its poution. Speed is a (3) (scalar, vector) quantity which means it has a magnitude only while velecity is a (4) scalar, vector) quantity which means has both magnitude and direction. In describing the velucity ouf the object itis essential to inticate the (5) mode, direction).

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter3: Motion Along A Straight Line

Section: Chapter Questions

Problem 79P: Between t=0 and t=t0 , a rocket moves straight upward with an acceleration given by a(t)=ABt1/2 ,...

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