A number divided by two tenths is the same as the number multiplied by ten halves (ten over two).
Thus
x/(2/10) = x * (10/2) = x * (5/1) = 5x
No, because a quotient requires two numbers. Given the two numbers it is quite easy to work out the number of digits in the quotient.
The number two is in the tenths place.
It can be.
The expression "the quotient of two and a number xxx" can be represented as 2 / xxx. Nine less than this quotient would be 2 / xxx - 9.
A quotient is the result of dividing two numbers. If we divide one number into another number, the result is the quotient. It might be argued that the quotient is the ratio of two numbers, but what has been stated applies.
The quotient of a number and 2 is the same as the difference of the number doubled and 3.
The quotient of a number and two is the result of dividing that number by two. For example, if the number is represented by ( x ), then the quotient is expressed as ( \frac{x}{2} ). This operation essentially halves the value of the original number.
Any positive number can be written as a quotient of two positive numbers or a quotient of two negative numbers. Any real number can be written as the quotient of two real numbers.
The quotient when the square root of a number n is divided by two?
Quotient is the number you get when dividing two numbers.
The answer is called the quotient.
The decimal number of two and four tenths is: 2.4
Their quotient.
0.35/0.004=87.5 So the tenths digit of the quotient is 5
the decimal for one and two tenths is.... 1.2
A quotient is a binary operation. That means, you can calculate the quotient of two numbers. There cannot be a quotient of only one number.
No, because a quotient requires two numbers. Given the two numbers it is quite easy to work out the number of digits in the quotient.