In our experiment, we ended up with ∆PE and ∆KE being polynomial order 2 in time on our graphs. Using the assumption of constant acceleration (v=at and x=1/2at2), show that both PE and KE should be polynomial order 2 in time. (Hint: This means you need to show equations that look like PE or KE = stuff × t2.
In our experiment, we ended up with ∆PE and ∆KE being polynomial order
2 in time on our graphs. Using the assumption of constant acceleration (v=at and x=1/2at2), show that both PE and KE should be polynomial order 2 in time. (Hint: This means you need to show equations that look like PE or KE = stuff × t2.
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The post In our experiment, we ended up with ∆PE and ∆KE being polynomial order 2 in time on our graphs. Using the assumption of constant acceleration (v=at and x=1/2at2), show that both PE and KE should be polynomial order 2 in time. (Hint: This means you need to show equations that look like PE or KE = stuff × t2. appeared first on Superb Professors.
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