You can only do it if the power is an integer. If the power is a positive integer, then it represents multiplication of the same number of "bases". Thus, 34 = 3*3*3*3 or 85 = 8*8*8*8*8 Also any number to the power 0 is equal to 1. Finally, a number raised to a negative number is the same as its reciprocal raised to the corresponding positive power. Thus 3-4 = (1/3)4 = (1/3)*(1/3)*(1/3)*(1/3)
1^(2) = 1^(3) = 1 However 4^(3) = 64 8^(2) = 64 Hence 4^(3) = 8^(2)
6 / 16, 9/ 24, 12/32 etc... To find equivalent fractions just multiply the numerator (top number) by a number and the denomanator (bottom number) by the same number. Example: 3/8 3x2=6 8x2=16 3/8=6/16
They are: 8+8+8 = 24 or as 3 times 8 = 24
Multiply 3 and 8 by the same number, like 2, to get 6/16.
The number is a multiple of 3 and 8 at the same time
No, because you can't multiply a number by 3 to get 8 No, because you can't multiply a number by 3 to get 8
8
-8
You can only do it if the power is an integer. If the power is a positive integer, then it represents multiplication of the same number of "bases". Thus, 34 = 3*3*3*3 or 85 = 8*8*8*8*8 Also any number to the power 0 is equal to 1. Finally, a number raised to a negative number is the same as its reciprocal raised to the corresponding positive power. Thus 3-4 = (1/3)4 = (1/3)*(1/3)*(1/3)*(1/3)
1^(2) = 1^(3) = 1 However 4^(3) = 64 8^(2) = 64 Hence 4^(3) = 8^(2)
13
3\8.You see, when you multiply a whole number times and a fraction is the same as multiplying only the numerator by the whole number.So,if you apply it to the problem, it will be 3*(1\8)=3*1\8=3\8.
6 / 16, 9/ 24, 12/32 etc... To find equivalent fractions just multiply the numerator (top number) by a number and the denomanator (bottom number) by the same number. Example: 3/8 3x2=6 8x2=16 3/8=6/16
3 and 56/64 is the same as 3 and 7/8 in its simplest form as a mixed number
Division by a number is the same as multiplication by its inverse. So, (3/8) / (2/3) = (3/8) * (2/3) = (3*2) / (8*3) = 2/8 (cancelling the threes) = 1/4
18