To find a square root that is not a perfect square, it will be necessary to find an approximate answer by using the procedure given in the example below:
Since 40 is between 36 and 49, then the square root of 40 is between 6 ( √36), and 7 (√49). 36 < 40 < 47 √36 < √40 < √47 6 < √40 < 7 Since 40 is almost less than halfway between 36 and 47, √40 is almost less than halfway between √36 and √47. To check, multiply 6.32 x 6.32 = 39.9424 or 40. For a better approximation use the calculator.
Square root(40) = 6.3 6.3 + 9 = 15.3 Unless you mean it this way (square root of 49): Square root(49) = 7.0
4X10= 40 take the square root of 2 and makes exactly a 2, and just leave the square root of 10 with radical sign so the answer is 2i square root of 10
40
The square root of 1600 is 40 …
The square root of [ sqrt(40) ] = 40(1/4) = plus or minus 2.5149 (rounded)
Square root of 40 approximately = 6.324555325 / square root of 40 = 0.790569415
The square root of 40 is about 6.32
NO!!! '40' is the square root of '1600' The square root of '600' is 24.49489743...
No - remember that you cannot have a negative square root. Instead, the square root should be +40 as opposed to -40.
The square root of negative 40 is: 6.324555 i
The square root of 40 is an irrational number
The square root of 1600 is 40, therefore the square root of -1600 is 40i, where "i" is the imaginary unit.
Square root(40) = 6.3 6.3 + 9 = 15.3 Unless you mean it this way (square root of 49): Square root(49) = 7.0
sqrt(40) = 6.32455532 sqrt(20) = 4.47213595
40
4X10= 40 take the square root of 2 and makes exactly a 2, and just leave the square root of 10 with radical sign so the answer is 2i square root of 10
The square root of 64 is 8, and the square root of 25 is 5. To find the product, you multiply these two values: 8 × 5 = 40. Therefore, the product of the square root of 64 and the square root of 25 is 40.