Tyler is playing basketball with his friends, and he shoots an air ball from the three point line. The graph below represents th
e height of the basketball after x seconds.
Which statement represents the reasonable time when the basketball is in the air?
A.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2.25 seconds.
B.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2 seconds.
C.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 1.1 seconds.
D.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2.5 seconds.
Which statement represents the reasonable time when the basketball is in the air?
A.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2.25 seconds.
B.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2 seconds.
C.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 1.1 seconds.
D.
The reasonable number of seconds when the basketball is in the air is between 0 seconds and 2.5 seconds.
1 answer:
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Answer is option C
Mr. Jones jogs the same route each day. The amount of time he jogs is inversely proportional to his jogging rate.
k is the constant of proportionality
We check with each option and identify which option gives us same K value
(a) 4 mph for 2.5 hours and 6 mph for 3.75 hours
so k = 10
so k = 22.5
K values are not same
(b) 3 mph for 2 hours and 4.5 mph for 3 hours
so k = 6
so k = 13.5
K values are not same
(c) 4 mph for 2.5 hours and 5 mph for 2 hours
so k = 10
so k =10
K values are same .
Answer is option C