13. Higher Order Thinking According
to the Greek mathematician Zeno,
if each bounce of a ball is half the
height of the bounce before it, the
ball will never stop bouncing. Write
the fractions in hundredths that
should be written at points B and C.

From the diagram associated with this question it can be seen that the first bounce was 1 units high, thus the second bounce is 1 / 2 = 0.5 units high and the third bounce is 0.5 / 2 = 0.25 = 1/4 units high.

Given that B represents the second bounce and C represents the first bounce, the fractions in hundredths that should be written at points B is 0.50 while at point C is 0.25

Step-by-step explanation:

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13. Higher Order Thinking According to the Greek mathematician Zeno, if each bounce of a ball is half the height of the bounce before it, the ball will never stop bouncing. Write the fractions in hundredths that should be written at points B and C.

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13. Higher Order Thinking According
to the Greek mathematician Zeno,
if each bounce of a ball is half the
height of the bounce before it, the
ball will never stop bouncing. Write
the fractions in hundredths that
should be written at points B and C.