To multiply decimal numbers, the decimal point is ignored and the multiplication is done as though they were (large) integers.
The last step is to put the decimal point into the answer by ensuring the same number of digits follow it as were following the decimal points in the numbers multiplied together; trailing zeros can be removed at this point.
STEP 1:Take out the points and multiply as normal. STEP 2:After multiplying,count the numbers that are after the decimal points. STEP 3:Then look at your answer and put in your decimal places from the right to the left.
0.806
This is my way of doing it:The first step is, you basically multiply like normal vertically. So for example, say you want to multiply 632 x .035 :632x .035---------3160+18960---------22120After you have done that, you simply count haw many numbers there are after each decimal point. In this case there is only one decimal point with 3 numbers after it. Let me first say that when you have a whole number, there will ALWAYS be an invisible decimal point at the end of the last number. With that in mind, you now know that there is an invisible decimal point at the end of 22120 which was the partial answer to the multiplication problem above. So now you add the decimal point and the zero to then end of your number(it's ok to have a zero at the end because that indicates nothing, you don't have to, but the point is necessary):22120.0 When you have this done, you will move the decimal point to the left however many spaces that equals how many numbers you had after the decimal point in total from the original numbers. So, above we said that there was three numbers after the decimal point in the number 0.035, so now you move the decimal point three spaces to the left in your multiplication answer:22120.0 ------> 22.1200 From here you can get rid of all the zeros after the decimal point, for they are not necessary in this step:22.12 That's the answer, and that is how you multiply a whole number x a decimal number.Hope I helped
1. Write this as 60/100. 2. Simplify the fraction as much as you can. 3. In the result of step (2), multiply top and bottom by the same number, to get an additional fractions. You can repeat (with the result of step (2)), multiplying top and bottom with different numbers (but always the same number for top and bottom), to get additional equivalent fractions.
Oh, dude, after 0.009 comes 0.01. It's like when you're counting money and you finally hit that next dollar bill - except in this case, it's just a teeny tiny decimal place. So yeah, 0.01 is the next stop on the decimal train.
STEP 1:Take out the points and multiply as normal. STEP 2:After multiplying,count the numbers that are after the decimal points. STEP 3:Then look at your answer and put in your decimal places from the right to the left.
Combining like terms.
Move the decimal in both numbers 1 spot to the right. 112 becomes 1120 and 8.40 becomes 84 Then, you can divide 1120 by 84 is 13.333 (repeating decimal) The reason you can do the first step is because you are multiplying both the numerator and the denominator by 10, which is the same as multiplying them by one.
Yes, you can. The method used - column multiplication - is exactly the same in both cases; you simply have the additional step of locating the decimal point.
Step 1 Make the whole number a fraction by making it ?/1 Step 2 Make the mixed number a improper fraction by multiplying the denominator by the whole number and then adding the numerator and putting that on top of the original denominator. Step 3 SOLVE using basic multiplying fractions rules Step 4 SIMPLIFY
Write the numbers in a column so that all the decimal points are one below the other. Put a decimal point in the answers underneath the coumn of decimal points. Then add the numbers ignoring the decimal points.
step by step
I assume you mean a decimal number. Move the point to the right, counting the steps until at last you have no more numbers to the right, or only zeros. Each step is equivalent to multiplying by 10. Suppose there are N steps. The number you now have on the left, divided by 1 followed by N zeros is your fraction. So 1.234 becomes (with 3 steps) 1234/1000
To multiply binary numbers, follow these rules: Multiply each bit of the second number by each bit of the first number, starting from the right. Add the results while considering their positions. Carry over any "overflow" to the next bit. Remember that 0 x 0 = 0, 0 x 1 = 0, 1 x 0 = 0, and 1 x 1 = 1.
You write them, one below the other, with their decimal points aligned.
Step 1: Write down the decimal divided by 1, like this: decimal/1 Step 2: Multiply both top and bottom by 10 for every number after the decimal point. For example, if there are two numbers after the decimal point, then use 100, if there are three, then use 1000, etc. Step 3: Simplify ( or reduce) the fraction.
0.806