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:
The circumference of the circle is 6 cm (approximately).
Step-by-step explanation:
Given:
Area of the circle = 1/4π²
Now, to get the circumference of the circle we need the radius.
So, finding the radius by putting the formula of area:
Area =
=
dividing π by both sides:
using square root on both the sides:
So, the radius is
Now, putting the formula of circumference:
=
=
putting the value of π =3.14
=
=
=
Circumference = 5.56 cm
Therefore, the circumference of the circle is 6 cm (approximately).