(x3 - 1)/(x - 1) = x2 + x + 1
because you cant raise a number negatively exponentially
Use the exponent symbol (^). Example: 3 to the 4th power is 3^4.
Tangrowth meet a trainer on Victory Road. Or raise it to level 33 and teach it Ancient Power. Or level it up while it knows Ancient Power. Hope this helps !
If we call the day number "d", the number of pennies "n" and the number you are multiplying by each day "m": For how many pennies you get on a particular day: n = m^(d-1) If doubling: subtract 1 from the day number, then raise 2 to the power of that number (using indices) you get the number of pennies. For how many pennies you would have after a certain number of days: n = 1-(m^d)/(1-m) If doubling: raise 2 to the power of the day number, then subtract that from 1 (1st part-answer). Subtract 2 from 1 (2nd part-answer), then divide the 1st part-answer by the 2nd part-answer, and you get the cumulative number of pennies. NB: these formulas can be used for doubling, tripling, quadrupling, halving, quartering, etc. by replacing m with what you would multiply by, and can be used from any starting number. Just multiply your answer with your starting number
for developing the hummurabis codewich consists of 282 laws
Because (K)B/(K)A = K(B-A) and any number divided by itself = 1 .
Its very simple...25 /(1/64) = 25 * 64 = 1600
Multiply the number by itself.
When you raise a number to the third power, you get the 'cube' of the original number.
Multiply the number by itself three times. For example: if you want to raise the number 2 to the third power then 2^3=2x2x2=8.
When you raise a number to the third power, you get the 'cube' of the original number
Multiply it by itself.
You multiply the number by itself 115 times.
It is raised to the second power
yes by someom e
Yes the number is raised to the second power
The logarithm of that number to the base.