As many as you like. An exponent can be irrational and so have an infinite number of digits.
There are 4 digits in 1024
I think it would be "07". * * * * * No. For exponent = 1 mod 4 the digits are 07 For exponent = 2 mod 4 the digits are 49 For exponent = 3 mod 4 the digits are 43 For exponent = 0 mod 4 the digits are 01 Since 124 = 0 mod 4, the answer is 01
24: the number of digits is always one more than the exponent of 10 if the exponent is positive.
When a number is multiplied by itself, its product is called its exponent. When a number is multiplied by itself 30 times, this is the number's 30th exponent, or its 30th power. Two multiplied by two 30 times is 1,073,741,824. It has 10 digits.
The exponent.
You move the decimal point to the left - by as many digits as the absolute value of the exponent, e.g., if the exponent is -5, you move the decimal digit 5 positions to the left.
You move the decimal point to the right, as many digits as the exponent states, filling out with zeroes if necessary. If the exponent is negative, you move the decimal point to the left. Example: 1 light-year has about 9.5 x 1012 kilometers. Moving the decimal point 12 digits to the right, you get: 9,500,000,000,000 kilometers.
1,111,111 since 17 = 1
Convertible string := <significand><exponent> <significand> := [<sign>]<digits>[.<digits0>] <exponent> := E[<sign>]<digits0> <sign> := { + | - } <digits> := <digit><digits0> <digits0> := <digit>* <digit> := { 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 }
That is all that the exponent is.
It is 2.81421906*108, though if you are retaining all the digits then the scientific notation offers little advantage.
The exponent tells how many times the base is used as a factor.