One virgin pina colada please
+
First divide the dividend by the divisor
+
We can fit two groups of nine into twenty-four
+
Multiply the nine by two to get eighteen in the mix
+
Write the eighteen and subtract the difference is six
+
Then bring down the three and the process will repeat
+
When we do long division we drop the beat
+
Divide multiply subtract bring down
+
That's how a quotient is found
+
Next we divide sixty-three by nine
+
The quotient is seven write it above the line
+
Multiply nine by seven we get sixty-three
+
Then subtract the sixty-three to get zero you see
+
We bring down the two which nine does not go into
+
So write a zero on the line followed by remainder two
+
Divide multiply subtract bring down
+
That's how a quotient is found
+
Divide multiply subtract bring down
+
And when there's a remainder write R followed by what's left over
+
That's how a quotient is found
+
The remainder that's left over can be further defined
+
R2 can be written as two over nine
+
Since nine is the divisor it's the whole
+
The remainder is the part and that is its role
+
So two-hundred-seventy R2 is the quotient
+
And two-hundred-seventy and two-ninths is its equivalent
+
Divide multiply subtract bring down
+
That's how a quotient is found
+
Divide multiply subtract bring down
+
The remainder can become the numerator
+
The divisor can become the denominator
+
That's how a quotient is found
+
That's how a quotient
+
That's how a quotient
+
That's how a quotient is found
+
