You evaluate the powers of 10 and a exponent of positive 4.
It is 2.5/(10*10*10*10) or 2.5*0.0001
That means that powers are used in which the base is 10. It is also implied that the exponent is an integer.
That means that powers are used in which the base is 10. It is also implied that the exponent is an integer.
You can convert that to scientific notation in which the exponent is a multiple of 3. Use the closest powers of ten: either 10-6 and use the prefix "micro", or 10-9 and use the prefix "nano".
You evaluate the powers of 10 and a exponent of positive 4.
1000 = 10x10x10 = 103.The 3 is an exponent. It tells you how many times 10 is multiplied by itself to get 1000.
It is 2.5/(10*10*10*10) or 2.5*0.0001
That means that powers are used in which the base is 10. It is also implied that the exponent is an integer.
That means that powers are used in which the base is 10. It is also implied that the exponent is an integer.
You can convert that to scientific notation in which the exponent is a multiple of 3. Use the closest powers of ten: either 10-6 and use the prefix "micro", or 10-9 and use the prefix "nano".
One billionth = 10-9
Numbers that are raised to an exponent either increase or decrease at an extremely fast rate.
10 with an exponent of -6 = 4
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.
Power = 5 = exponent. That is, exponent = 5.
10