how does the acceleration of gravity g values that you found (-8.4476 and -8.152) compare with each other and to the theoretical one. [Note: Take theoretical value of g = 9.82 ± 0.02 m/s2]. What type of error is this: random, systematic, and how precise and accurate Position vs time acceleration: -8.4476 Velocity vs time acceleration: -8.152

how does the acceleration of gravity g values that you found (-8.4476 and -8.152) compare with each other and to the theoretical one. [Note: Take theoretical value of g = 9.82 ± 0.02 m/s2]. What type of error is this: random, systematic, and how precise and accurate Position vs time acceleration: -8.4476 Velocity vs time acceleration: -8.152

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Question

how does the acceleration of gravity g values that you found (-8.4476 and -8.152) compare with each other and to the theoretical one. [Note: Take theoretical value of g = 9.82 ± 0.02 m/s²]. What type of error is this: random, systematic, and how precise and accurate

Position vs time acceleration: -8.4476

Velocity vs time acceleration: -8.152

Expert Solution