Question

Question: Graph $M$ versus $n^2$ and find the mass of the rubber sphere $L$ from the slope of the graph. $M = 200g, 250g, 300g, 350g$ $L = 53cm$ $n = 20 revolutions$ Times $200g : 11.41 sec.$ $250g : 9.64 sec$ $300g : 7.91 sec$ $350g : 6.80 sec$

          Question:
Graph $M$ versus $n^2$ and find the mass of the rubber
sphere $L$ from the slope of the graph.

$M = 200g, 250g, 300g, 350g$
$L = 53cm$
$n = 20 revolutions$

Times
$200g : 11.41 sec.$
$250g : 9.64 sec$
$300g : 7.91 sec$
$350g : 6.80 sec$

Question:
Graph M versus n^2 and find the mass of the rubber
sphere L from the slope of the graph.

M = 200g, 250g, 300g, 350g
L = 53cm
n = 20 revolutions

Times
200g : 11.41 sec.
250g : 9.64 sec
300g : 7.91 sec
350g : 6.80 sec

Added by Stephanie M.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Vishal Gupta

Step 1

The given information is a bit confusing, but it seems like we have data points for M (mass) and n (number of revolutions). Show more…

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Question: Graph M versus n can find the mass of the rubber sphere. From the slope of the graph = 53 cm n - 20 revolutions t + Xx Times 200 y 11.415 sec 260 g 9.64 sec 3 y 7.81 sec 330 g 6.80 sec