The product of the square of 1/2 and the sum of 13 and 19 is 169/4.
It depends on the product of sum of what.
The numbers are: 6 plus square root of 27 and 6 minus square root of 27
The product is 1254. The sum is 79.
The sum of a [single] square equals the square.
Your question makes no sense.... What you meant to say is:Is the sum of the square of magnitude of the cross product and the square of dot product of two vectors equal to the product of the square of their magnitudes?i.e:|A x B|2 +(A .B)2 = |A|2|B|2The answer is YES. It is called Lagrange's identity and is a special case of the Binet-Cauchy identity.(Ax B) .(Cx D)+(A.D)(B.C)=(A.C)(B.D)Where A= Cand B= D.
There are none but: (15+square root of 129)/2 and (15-square root of 129)/2 will give a sum of 15 and a product of 24
The product of the square of 1/2 and the sum of 13 and 19 is 169/4.
150
In math, like algebra and calculus, a product is special when it is very common and worth knowing.Some examples area:(x + y) = ax + ay (Distibutive Law)(x + y)(x − y) = x2 − y2 (Difference of 2 squares)(x + y)2 = x2 + 2xy + y2 (Square of a sum)(x − y)2 = x2 − 2xy + y2 (Square of a difference)
Sum of squares? Product?
None of the items in the list.
The numbers are: 26 -square root of 524 and 26 +square root of 524
60 and 40
It depends on the product of sum of what.
the answer is actually 29 because ask your teacher he'll ive you the work <3 Answer: PEMDAS-order of operations The square root of 100 is 10. The square root of 225 is 15. The sum of 10 + 15 is 25. The product of 6 and 25 is 250.
The numbers are: 6 plus square root of 27 and 6 minus square root of 27