positivetimes negative equals negative neg. times neg. equals pos. pos.pos. equals pos.
4.5 times 10 to the negative 2 power is calculated as 4.5 × 0.01, which equals 0.045. This represents moving the decimal point two places to the left, resulting in a value of 0.045.
positive times positive equals positive negative times negative equals positive positive times negative equals negative Substitute "divided by" for "times" in the previous sentences and they are still true.
4,200,000,000
A negative integer. Every time.
To calculate -2 to the ninth power, you would multiply -2 by itself 9 times. This results in -512, as -2 multiplied by itself 9 times equals -512. The negative sign remains because an odd number of negative factors will result in a negative product.
-1 to the power of four equals -1 times -1 times -1 times -1. -1 times -1 equals 1 (since a negative times a negative equals a positive). (1 to the power of 2) 1 times -1 equals -1 (since a negative times a positive equals a negative). (1 to the power of 3) -1 times -1 equals 1. (1 to the power of 4)
Exactly! -6 to the power of 2 means "-6 times -6". That's a negative times a negative, and the answer is positive 36.
7569 times 10 to the power of negative 2
positive times negative equals negative. positive times positive equals positive. negative times negative equals positive
Two to the ninth power, written as (2^9), equals 512. This is calculated by multiplying 2 by itself nine times: (2 \times 2 \times 2 \times 2 \times 2 \times 2 \times 2 \times 2 \times 2).
To calculate six times ten to the negative power, multiply 6 by the value of ten raised to the negative power. For example, if the power is -3, it would be 6 times 10 to the negative third power, which equals 0.006.
4 to the fourth power times 8 to the ninth power = 34,359,738,368
Negative 5 to the second power would be -5 times -5 which would be 25.
A negative times a negative equals a positive A negative times a positive equals a negative A positive times a positive equals a positive
The answer is 1, whatever the value of a.
1