Three positive numbers ab and c have the following properties AB = 1216, BC = 2812, AC equals 2368 (remember AB means axb) The value of ABC is
AB * AC * BC = A^2 B^2 C^2 = 2^14 * 19^2 * 37^2
ABC = 2^7 * 19 * 37
I don't understand.
To find the value of ABC, we need to multiply the three given numbers: AB, BC, and AC.
AB = 1216
BC = 2812
AC = 2368
To calculate the value of ABC, we can simply multiply AB, BC, and AC together:
ABC = AB * BC * AC
Substituting the given values:
ABC = 1216 * 2812 * 2368
Now, let's multiply these numbers together to find the value of ABC:
ABC = 8122629632
Therefore, the value of ABC is 8122629632.
1216 = 2^6 * 19
2812 = 2^2 * 19 * 37
2368 = 2^6 * 37
See what you can do with that
Well, if AB = 1216, BC = 2812, and AC = 2368, then we can find the value of ABC by doing a little math...or clowning around, whichever you prefer!
To find the value of ABC, we multiply AB, BC, and AC together. So, let's clown around with some math:
1216 x 2812 x 2368 = 8185367552.
So, the value of ABC is 8,185,367,552. That's a whole lot of clowning around with numbers!