It's not the square root of 77.
The square root of 49 is 77, because, 7 x 7 = 49.
No, it cannot.
Break 308 down into an equation that multiplies prime numbers together that equals 308. In the example, it would be the square root of (2x2x7x11). Because there are two 2's in the equation, pull them out from under the square root symbol. Then you have 2sqrt(7x11). Because there are no more doubles under the square root symbol, the simplified form of sqrt(308) is 2sqrt(77). This is how I simplify radicals. Usually I just (if it's an even number) divide by two until I can't anymore, then divide by 3, and simplify from there. Whenever you get two of the same numbers, pull them outside the square root. Any numbers that don't have doubles stay under the square root, and are multiplied together.
between 76 and 77 76² = 5,776 77² = 5,929 76.36753236814713
It's not the square root of 77.
The square root of 49 is 77, because, 7 x 7 = 49.
The square root of 77, written √77 is ± 8.775 (3 dp)roughly 8.775
Square root of 693 = 3 square root of 77 or 26.325
No, it cannot.
± 77
Break 308 down into an equation that multiplies prime numbers together that equals 308. In the example, it would be the square root of (2x2x7x11). Because there are two 2's in the equation, pull them out from under the square root symbol. Then you have 2sqrt(7x11). Because there are no more doubles under the square root symbol, the simplified form of sqrt(308) is 2sqrt(77). This is how I simplify radicals. Usually I just (if it's an even number) divide by two until I can't anymore, then divide by 3, and simplify from there. Whenever you get two of the same numbers, pull them outside the square root. Any numbers that don't have doubles stay under the square root, and are multiplied together.
77 is not the square of an integer. Rounded to five decimal places, its square root is equal to 8.7750.
Yes and it is 8/11
8.78
Irrational
between 76 and 77 76² = 5,776 77² = 5,929 76.36753236814713