$${\frac{{\mathtt{4.3}}}{{\mathtt{1.609}}}} = {\frac{{\mathtt{4\,300}}}{{\mathtt{1\,609}}}} = {\mathtt{2.672\: \!467\: \!371\: \!037\: \!911\: \!7}}$$
I would muliply each set by 1000(3 zeros behind the 1 in 100 and 3 numbers behind the decimal point in 1.609) and then go from there. Or, you can set up the problem and make the 4.3 a 43 and 1.609 to a 16.09 and then work it out that way.. hope this helps :)
$${\frac{{\mathtt{4.3}}}{{\mathtt{1.609}}}} = {\frac{{\mathtt{4\,300}}}{{\mathtt{1\,609}}}} = {\mathtt{2.672\: \!467\: \!371\: \!037\: \!911\: \!7}}$$
I would muliply each set by 1000(3 zeros behind the 1 in 100 and 3 numbers behind the decimal point in 1.609) and then go from there. Or, you can set up the problem and make the 4.3 a 43 and 1.609 to a 16.09 and then work it out that way.. hope this helps :)
