3 cubed is 3^3=27 and 5 squared is 5^2=25. A cube of an integer is that integer multiplied by itself three times. A square of an integer is that integer multiplied by itself two times. The average of two numbers is those two numbers added together and divided by two. Any average is the numbers added together, then divided by the number of integers. Therefore, the average is (27+25)/2=52/2=26.
2y squared * y cubed= 2y^5 (2y to the fifth power)
5
(25^2)•(5^3)
Squared is a number multiplied by itself Cubed is as above one more time so 5 squared = 5 x 5 = 25 and 5 cubed = 5 x 5 x 5 = 125 for example.
5
Squared means 2 in exponents and cubed means 3 in exponents. For example, It saids 5 cubed, than it would be 5.3 .
-2
1
5
How about: (3 squared minus 2 cubed) + 1 to the fourth 3 cubed minus 5 squared log 100 Kim Basinger's weeks minus Doris Day's cents.
2y squared * y cubed= 2y^5 (2y to the fifth power)
6 = 2×3 → 6² = (2×3)² = 2²×3² > 3² 5³ = 125, 6² = 36 Therefore 5³ is the greatest with 6² next and 3² the least (5³ > 6² > 3²).
The answer is 537
5
(25^2)•(5^3)
Squared is a number multiplied by itself Cubed is as above one more time so 5 squared = 5 x 5 = 25 and 5 cubed = 5 x 5 x 5 = 125 for example.
None because an area can not be cubed as it is normally squared.