Suppose you have two decimal numbers, A and B. If A - B > 0 then A is the bigger decimal, if A - B < 0 then B is the bigger decimal and if A - B = 0, neither is bigger.
To write nine tenths as a decimal, it looks like this: .9
blank = representation.
When you write the decimal number '7' in Base-2 (binary), you write '0111'.
0.059 is a decimal.
This smells like homework, so I'll only give you pseudo-code: decimal returnLargest(decimal a, decimal b) is a > b ? then, return a, else, return b;
a. 435/11 and b. 39.54545455
You get a denominator of the form (2^a)*(5^b) where a and b are non-negative integers.
It requires that the decimal is converted to the form a*10^b where 1 < a ≤ 10 and b is an integer. The standard form is also known as the scientific form.
Suppose you have two decimal numbers, A and B. If A - B > 0 then A is the bigger decimal, if A - B < 0 then B is the bigger decimal and if A - B = 0, neither is bigger.
The standard (or scientific) notation comes in two parts:the mantissa, a is a number such that 1 ≤ a < 10and the exponent, b, which is an integer.Given any number, write it so that the decimal point is after the first non-zero digit. Next, calculate the number of digits that you moved the decimal point. The number of places determines the value of b. If you moved the decimal point to the left then b is positive, if to the right, b is negative and if you did not move it at all, b is 0.Examples:2345.678 = 2.345678*1030.00234 = 2.45*10-3
how do you write a this as decimal 9265
you divide the numerator by the denominator on you will get a decimal and you write it 00.00 that is a decimal
You first write the integer part, then write the decimal point and then the fractional part in decimal form.
160 is a decimal. You can write 160.0 if you want to.
How do you write the equivalent decimal to 0.4
That is a decimal.