210 = 1024
Prime factorization of 20 in exponential form is: 22x5
The prime factorization of 80 in exponential form is: 24 x 5
.000008
The prime factorization of 84 in exponential form is: 22 x 3 x 7
The prime factorization of 14 in exponential form is 21x71.
1 MB = 1024 KB = 210 KB
A number written in scientific form is written in the form #.##... x 10a (note exactly one number before the decimal place), where a is an integer, while a number in exponential form is written in the form bc where b is prime and c is an integer. See the following examples: * 1024 is written in scientific notation as 1.024 x 103, but in exponential form as 210. * 0.0016 is written in scientific notation as 1.6 x 10-3, but in exponential form as 5-4. * 3 is written in scientific notation as 3 x 100 and in exponential form as 31. Please, note, however, that some sources say exponential form is just another way of saying scientific notation.
The exponential form of 2x2x2x2x2 is: 25
4.75e3 in exponential notation is: 4.75 × 103
50 in exponential form is: 5.0 × 101
8², that is the exponential form. :)
To solve for ( x ) in the equation ( \log_4 7x = 5 ), we can rewrite it in exponential form: ( 7x = 4^5 ). Calculating ( 4^5 ) gives us ( 1024 ), so we have ( 7x = 1024 ). Dividing both sides by 7 results in ( x = \frac{1024}{7} ), which simplifies to approximately ( 146.29 ).
5,981,025,000 in exponential form (notation) is: 5.981025 × 109
Write abcbabc in exponential form
1000000EDIT: The exponential form (which is what was asked for) is 106
892 in exponential form = 8.92 × 102 or 8.92E2
The exponential form for 1,000,000 is 10^6.