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What is the cubic root of 9?
using a calculator, it is 2.078...
How do you find out the square root of 9801?
The square root of 9801 is 99 by means of a scientific calculator.
How do you stop the square root sign on a scientific calculator?
Don't press it!
How do you find square root of 50000?
Using a scientific calculator gives an answer of 223.60679774
How do you use root button on a scientific calculator?
To use the root button on a scientific calculator, first type the number you want to find the root of. Then, press the root button, which is usually denoted by a √ symbol. Finally, enter the index of the root, such as 2 for a square root or 3 for a cube root, and press equals (=) to get the result.
How to find the square root of an number using a scientific calculator but my scientific calculator DOES not have that radical sign?
To find the square root on a calculator without a radical symbol, you can use the power function. Simply raise the number to the power of 0.5 to find the square root. For example, to find the square root of 16, you can input 16^0.5 into your calculator to get the result.
How do you find cube root of 103823?
It is 47 by using a scientific calculator or through trial and improvement
What is the square root of 4445?
In getting the square root, you will need a scientific calculator. Just put in 4445 then press the square root sign. Right then you will get 66.6708332 and that is the square root of 4445.
How do you get the cube root of 27?
easy. 3x3x3 = 27, so 3 is the cube root of 27.to get there, grab a scientific calculator and press shift then the square route button, then press in 27.your calculator will give you the answer of 3.
How would you find the cubic root of a number on a calculator that only has square root?
If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.If the calculator has a power function, you can calculate your number to the power (1/3). This is equivalent to the third (cubic) root. But you can't use the square root to calculate the cubic root. If all else fails, you can try the brute-force approach, raising different numbers to the third power (multiplying the number by itself), until you find a decent approximation. For example, you want the cubic root of 6: 1 x 1 x 1 = 1, and 2 x 2 x 2 = 8, so the cubic root of 6 is between 1 and 2.
What is the cube root of 50?
3.68403149864039........ If you have a scientific calculator, there should be a "yx" key or maybe a "^" key. To find a cube root, use the exponent (1/3).
What is 35 cubed root?
the answer is 42875. if you can not do it in you're head then try a scientific calculator mind you i am a sixth grader and i did all this in my head :)
