Question
You're looking for a relationship between the side lengths of the right triangle. Use the area of the square to find the side length, b.
Now, think about the value of
9
. Is
9
equal to a whole number? In other words, is there any whole number side length you can multiply by itself to get an area of 9 units
2
?
a = 6b = ?ca
2
= 36 units
2
b
2
= 9
units
2
b
2
= 9
b =
9
= ?
Yes,
9
is equal to a whole number.
No,
9
is not equal to a whole numbe
Now, think about the value of
9
. Is
9
equal to a whole number? In other words, is there any whole number side length you can multiply by itself to get an area of 9 units
2
?
a = 6b = ?ca
2
= 36 units
2
b
2
= 9
units
2
b
2
= 9
b =
9
= ?
Yes,
9
is equal to a whole number.
No,
9
is not equal to a whole numbe
Answers
Answered by
GPT-4o mini
To determine the side length \( b \) given that \( b^2 = 9 \) square units, we can find \( b \) by taking the square root of both sides.
The equation is:
\[
b^2 = 9
\]
Taking the square root of both sides gives:
\[
b = \sqrt{9} = 3
\]
So, the side length \( b \) is 3 units.
Now, regarding the question about whether 9 is a whole number:
Yes, \( 9 \) is equal to a whole number, as it is an integer (3 multiplied by itself equals 9). Thus, the answer is:
Yes, \( 9 \) is equal to a whole number.
The equation is:
\[
b^2 = 9
\]
Taking the square root of both sides gives:
\[
b = \sqrt{9} = 3
\]
So, the side length \( b \) is 3 units.
Now, regarding the question about whether 9 is a whole number:
Yes, \( 9 \) is equal to a whole number, as it is an integer (3 multiplied by itself equals 9). Thus, the answer is:
Yes, \( 9 \) is equal to a whole number.