The result of this calculation is the average value of the numbers in the set.
In terms of 'y' the answer is 0.16y Once you know the value of 'y' then you can find the answer by multiplying the value of y by 16 and then dividing the answer by 100.
Consider 23/1.344 This can be written as 23000/1344 (we multiplied both numerator and denominator by 1000 and doing so does not change the original value). Lo and behold we have converted dividing by decimal to dividing whole numbers. Consider 23.089/4.6788 This can be written as 230890/46788 (we multiplied both numerator and denominator by 10000 and doing so does not change the original value). Lo and behold we have converted dividing by decimal to dividing whole numbers.
Digital quantities are represented by binary numbers (ONES and ZEROS). The binary ONES and ZEROS make up a word or number that indicate a value. Each bit position represents a portion of the overall quantity.
The question first needs to be rewritten as an equation. This can be done as follows: nx = n/0.125 where n is any number. The first step is to divide both sides by n, to give us x=1/0.125 This can then be calculated at x=8 Thus the value of x when multiplying a number by x yields the same result as dividing that number by 0.125 is 8.
10 is the result.
The number of Joules (energy) is the same as dc provided the RMS values of the ac quantities are used.
Impossible to value a firearm with only the serial number provided.
a decrease in value of the original number, or divisor.
Dividing by zero gives an undeterminable value.
Ratios are useful for comparing amounts or quantities because they provide a simplified way to express the relationship between two values. By dividing one value by another, ratios can help determine the relative size or proportion of different entities or quantities.
The resulting value of the sum is zero. This is because you have nothing to divide the number with. Gareth.f Cardiff, Wales
The number you provided is 10 followed by 84 zeros, which is written as (10^{84}). This number is known as a "quindecillion" in the American numbering system. It is a very large value, often used in scientific contexts to represent quantities in fields like cosmology or theoretical physics.
Impossible to value based on the information provided.
You look at the place value.
In the highest place value.
You round the fraction up and find the value in that position.
A negative value is a number that is less than zero. It is denoted by a minus sign (-) in front of the number. Negative values represent quantities below a reference point or baseline.