42 is 16. 162 is 256
There are no parentheses so the order or operations, PEMDAS, means we do exponent first and square the 3.5. So 3.5 squared is 12.25 and now multiply by 4.5 and you have 55.125.If you mean square the quantity, (4.5x3.5) then the answer is different. First we have 4.5x3.5 is 15.75. Now 15.75 squared is3038.77.
area equals pi r squared therefor r squared equals area over pi. Now find square root of r squared and you have "R" (radius) = 2.821
You have squared the original number. The original number is now the square of the new quotient.
The therom is used to find right triangles. The fourmula is A squared plus B squared equals C squared. Right now draw a right triangle on a sheet of paper. The two strait lines label A and B then the slanted side C. C is called the hypotineus. Now make A 6 squared and B 9 squared. Then write the fourmula and fit in the numbers now find out what 6 and 9 squared are. After you will see that you will 36 for 6 squared and 81 for 9 squared, then add them together. You will get 117, C is the square root of 117 so that would become 10.816653 rounded. Then square it and you have your hypotineus, And you just did the pathagreon therom. :-)
The therom is used to find right triangles. The fourmula is A squared plus B squared equals C squared. Right now draw a right triangle on a sheet of paper. The two strait lines label A and B then the slanted side C. C is called the hypotineus. Now make A 6 squared and B 9 squared. Then write the fourmula and fit in the numbers now find out what 6 and 9 squared are. After you will see that you will 36 for 6 squared and 81 for 9 squared, then add them together. You will get 117, C is the square root of 117 so that would become 10.816653 rounded. Then square it and you have your hypotineus, And you just did the pathagreon therom. :-)
The therom is used to find right triangles. The fourmula is A squared plus B squared equals C squared. Right now draw a right triangle on a sheet of paper. The two strait lines label A and B then the slanted side C. C is called the hypotineus. Now make A 6 squared and B 9 squared. Then write the fourmula and fit in the numbers now find out what 6 and 9 squared are. After you will see that you will 36 for 6 squared and 81 for 9 squared, then add them together. You will get 117, C is the square root of 117 so that would become 10.816653 rounded. Then square it and you have your hypotineus, And you just did the pathagreon therom. :-)
okay, so 9 square ft (3' x 3') is a square yard... that was the hard part. Now just do the math: 333 (ft) divided by 9 (ft) = 37 square yards. Unless you meant 333 ft squared (333 x 333 = 110,889). that is a TOTALLY different answer... 12,321 square yards.
a2b2 Whenever two or more terms (such as a2) are next to each other, multiplication is implied. The Pythagorean Theorem (the theorem that the square of the hypotenuse of a right triangle is equal to the sum of the squares of the other two sides) states that a2 times b2 equals c2.
You square the width and subtract it from the diagonal squared. Then find the square root of this number, this number is now the length.
Well, darling, 9 feet squared is equal to 1296 square inches. So, if you were thinking of redecorating your living room and needed to know how many square inches that would be, now you have your answer. You're welcome!
2m^2 - 8 -First you should factor out a two. --> 2(m^2-4) -You now have something squared minus something else squared; You have m squared minus 2 squared. Whenever you have something squared minus something squared as you do in this case, there is a simple rule to remember: You can reduce that expression into the quantity of the square root of the first number or variable plus the square root of the second number or variable Times the quantity of the square root of the first number or variable minus the second number or variable squared. --> In the case of your expression: ----> 2(m+2)(m-2)<-----
The two square numbers that add up to 169 are 64 and 105. To find this, you can start by listing out the square numbers starting from 1 until you find the pair that adds up to 169. Alternatively, you can solve this algebraically by setting up the equation x^2 + y^2 = 169 and finding the values of x and y that satisfy this equation.