Exercise
Newton's Second Law - Laboratory Experiments & Data
In this hands-on laboratory exercise, students will explore Newton's Second Law of Motion by conducting experiments that measure the relationship between force, mass, and acceleration, while analyzing real-time data to enhance their understanding of fundamental physics concepts. Emphasizing critical thinking and scientific methodology, this engaging learning path will empower students to draw conclusions and apply their findings to everyday scenarios.
Questions
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MultiChoice
In a lab, a trolley of 2 kg is pulled with 6 N net force. What is acceleration?
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MultiChoice
A lab cart experiences 12 N force and accelerates at 4 m/s'. What is its mass?
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MultiChoice
Data shows cart mass = 4 kg, acceleration = 2.5 m/s'. What force was recorded?
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MultiChoice
Cart A (1 kg) and Cart B (2 kg) are pushed with 6 N each. Which cart accelerates faster?
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MultiChoice
A ramp experiment yields acceleration of 3 m/s' for a 5 kg mass. Net ramp force?
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MultiChoice
In a spring scale lab, 8 N pulls a 4 kg block. What acceleration is recorded?
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MultiChoice
A student doubles hanging mass on pulley, increasing force from 10 N to 20 N on 5 kg cart. New acceleration?
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MultiChoice
Lab results show F = 18 N and m = 6 kg. What value should be recorded for acceleration?
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MultiChoice
On a Force vs. Acceleration graph, slope equals mass. If F = 20 N at a = 4 m/s', slope is:
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MultiChoice
In a photogate lab, a 0.5 kg cart accelerates at 6 m/s'. Average force measured?
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MultiChoice
A lab cart's mass is increased from 1 kg to 3 kg while force stays at 9 N. Acceleration change?
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MultiChoice
An experiment tests F = ma. If F = 15 N and a = 5 m/s', calculate mass m.