Square roots and Cube roots can be rational or irrational. The square root of a blank (√7 = 2.6457...) is always irrational.
The square root of a blank (√25 = 5) is a rational, whole number. This means that √36 is blank and √10 is blank
these are the responses for the blank areas
rational
irrational
perfect
non perfect
These are the correct responses for the blank areas:
√36 is perfect (6)
√10 is irrational
whats the answers for the first two question u skipped
Apologies for skipping those answers. Here are the correct responses for those blanks:
The square root of a blank (√7 = 2.6457...) is always irrational.
The square root of a blank (√25 = 5) is a rational, whole number.
Are u sure
Yes, I am sure.
The square root of 7 (√7) is an irrational number because it cannot be expressed as a fraction or a terminating or repeating decimal.
The square root of 25 (√25) is 5, which is a rational number because it can be expressed as a fraction (5/1) and a whole number.
so question, a irrational square is non perfect or perfect
A square root can be considered perfect or non-perfect based on whether it results in a rational or an irrational number.
If a square root results in an irrational number, it is considered a non-perfect square root. For example, √7 is an irrational number, so it would be considered a non-perfect square root.
On the other hand, if a square root results in a rational number, it is considered a perfect square root. For example, √25 is a rational number (5), so it would be considered a perfect square root.
so wouldnt the responses to the question will be the square root of a non perfect square (√7 = 2.6457...) is irrational. The square root of a perfect square (√25 = 5) is a rational, whole number. This means that √36 is rational and √10 is irrational.
Apologies for the confusion earlier. You are correct.
The responses for the blanks should be:
The square root of a non-perfect square (√7 = 2.6457...) is irrational.
The square root of a perfect square (√25 = 5) is a rational, whole number.
This means that √36 is rational, and √10 is irrational.