59456.7x10 with an exponent of -1 in standard notation is 5,945.67
1 x 10^9 in standard notation is 1,000,000,000If you meant 110 to the ninth power (110^9) then the standard notation is 2,357,947,700,000,000,000
The problem you have shown is in scientific notation, in standard notation, you're looking at 34.
4.5X10 exponent 1
To change a number from standard to scientific notation, move the decimal point to create a number between 1 and 10. Count the number of places you moved the decimal point to get the power of 10. If you moved it to the left, the exponent is positive, and if you moved it to the right, the exponent is negative.
If the exponent is not negative, then a number written in scientific notation is greater than or equal to 1.
If the exponent of the numerator is a and the exponent of the denominator is b then the crude exponent of their quotient is a-b. However, if the mantissa of the quotient is less than 1 then it needs to be brought into the range [1, 10) and in doing that, the exponent will become a-b-1.
The exponent will be negative when the absolute value of the number is between 0 and 1. For example, 1X10-1 is 0.1.
39.3 in standard notation = 3.93 x 10^1
5.2*101 (although the exponent, 1, is not required).
The negative exponent is simply the reciprocal of its positive value.For example, a-b = 1/abIt is particularly important wherever scientific notation is used.The negative exponent is simply the reciprocal of its positive value.For example, a-b = 1/abIt is particularly important wherever scientific notation is used.The negative exponent is simply the reciprocal of its positive value.For example, a-b = 1/abIt is particularly important wherever scientific notation is used.The negative exponent is simply the reciprocal of its positive value.For example, a-b = 1/abIt is particularly important wherever scientific notation is used.
The standard notation of 0.9x10-1 is 0.09
Yes, but only to the power of 10. Scientific notation Ex: 4.6 x 10^6 (NOTE: ^ = exponent) The number in the 4.6 position has to be equal to or greater than 1 and less than 10. The number in the 10 position always has to be a 10. The number in the ^6 position tells how many places to move the decimal. If the exponent is positive the decimal moves to the right when you simplify into standard notation. If it is negative the decimal moves to the left when simplified into standard notation.