It is negative
Multiplying a real number by a positive power of ten moves the decimal point that number (the exponent) of places to the right. Multiplying by a negative power of ten moves it to the left. For example, the -3 power of 10 is 1/1000; multiplying by that moves the decimal point 3 places to the left.
If the exponent is positive, you move the decimal point to the right, the specified number of digits. For a negative exponent, you move it to the left. In either case, you fill out missing digits with zero. Examples (using "^" for power):3.448 x 10^1 = 34.485 x 10^6 = 5000000 (note the implied decimal point to the right of the number)3 x 10^-3 = 0.003
0.1 is the smallest positive number with 2 digits and a decimal point. without a decimal point the smallest is 10.
With each increase in the power of ten, the decimal point moves one place to the left. You may have to insert os immediately after the decimal point to maintain that shift.
When the temperature is +11.428,571,428,57oF = -11.428,571,428,57oC * Calculation (F -32) x 5/9 The result of the calculation is only shown above to eleven decimal places. However, if we take it to more decimal places, we will see that the point at which the positive Fahrenheit figures correspond precisely with negative Celsius figures is very, very, very slightly below the values given above! The actual precise point at which the decimal values (i.e. the digits after the decimal point) are exactly the same can be determined with more precision if we take the calculation to many more decimal places.
It is not. For positive powers of ten, the decimal point moves to the right when multiplying and to the left when dividing. For negative powers of ten the point moves in the opposite directions.
It is not. For positive powers of ten, the decimal point moves to the right when multiplying and to the left when dividing. For negative powers of ten the point moves in the opposite directions.
Multiplying a real number by a positive power of ten moves the decimal point that number (the exponent) of places to the right. Multiplying by a negative power of ten moves it to the left. For example, the -3 power of 10 is 1/1000; multiplying by that moves the decimal point 3 places to the left.
57 because you just shift the decimal point to the right. The number of 0s is the number of times you shift the decimal. In this case 1 zero is 1 movement of decimal point. Note: if it is multplied by negative 10 it means the decimal point moves left however if it is multiplied by positive ten then the decimal point moves right.
2.9 x 10², note that the decimal point moved 2 places to the left (from 290 to 2.9) so the exponent is positive 2. If the decimal point moves to the right, then the exponent is negative.
An integer is a number that can be either positive or negative and has no numbers after the decimal point.
Yes. Integers include both positive and negative numbers (and zero). Anything that, when written in decimal, has no digits after the decimal point.
Whether the number is positive or negative is not relevant. What matters is the sign of the exponent. If THAT is positive then the decimal point is moved to the right.
Multiplies it by an integral power of ten - positive if the decimal point is moved to the right and negative if moved to the left.
No, if you shift the decimal point to the left, the exponent of base 10 is positive. The exponent of base 10 is negative if you shift the decimal point to the right.
it equals 0.000010 because the negative means the decimal point moves 6 spaces to the left
Basically a number without decimals (digits after a decimal point). this can be either positive or negative.