There is only one number that equals 52. It is . . . . . (wait for it) . . . . . 52 .
The only number that equals 52 is 52. 4 x 13 equals 52 and 26x2 equals 52 so whoever put fifty-two equals only itself is pretty dumb because their other ways to make fifty to like 104 divided by 2 equals 52 so multiply and divide 52 by certain numbers and you can make fifty-two if you freaking try
The numbers are 10 and 5.2
52
52 is even. Even numbers are numbers that can divide by 2. The easy way to check is that even numbers always end in 0,2,4,6 or 8, while odd numbers always end in 1,3,5,7 or 9.
There is only one number that equals 52. It is . . . . . (wait for it) . . . . . 52 .
The only number that equals 52 is 52. 4 x 13 equals 52 and 26x2 equals 52 so whoever put fifty-two equals only itself is pretty dumb because their other ways to make fifty to like 104 divided by 2 equals 52 so multiply and divide 52 by certain numbers and you can make fifty-two if you freaking try
5 and 47
The numbers are 10 and 5.2
52 and 156.
There is no solution. You could do it if the numbers were odd: 25 and 27 are consecutive odd numbers that equal 52.
I am not sure there is such a classification. It cannot be odd/even Odd numbers: 52 - 22 = 21 Even numbers: 52 - 32 = 16 It cannot be prime/composite Prime: 32 - 22 = 5 Composite: 52 - 22 = 21
52
4.
Let the two numbers be designated by p and q. From the statement of the problem, pq = 420 and p + q = 52. From the second of these equations, p = 52 - q. Substituting this into the first equation yields (52 - q)q = 420, and expanding this equation yield 52 q -q2 = 420, or q2 - 56q + 420 = 0. This is equivalent to: (q-42)(q-10) = 0, which is true when q = 10 or q = 42. Therefore, the two numbers are 42 and 10.
They are 39 and 52.
52 is even. Even numbers are numbers that can divide by 2. The easy way to check is that even numbers always end in 0,2,4,6 or 8, while odd numbers always end in 1,3,5,7 or 9.