[1.] the denominator of a fraction remains unchanged. If the numerator is multiplied by 5, how does the size of the fraction change? If the numerator remains unchanged and the denominator is divided by 5· [1.] the denominator of a fraction remains unchanged. If the numerator is multiplied by 5, how does the size of the fraction change? If the numerator remains unchanged and the denominator is divided by 5

[1.] the denominator of a fraction remains unchanged. If the numerator is multiplied by 5, how does the size of the fraction change? If the numerator remains unchanged and the denominator is divided by 5· [1.] the denominator of a fraction remains unchanged. If the numerator is multiplied by 5, how does the size of the fraction change? If the numerator remains unchanged and the denominator is divided by 5

When the fraction is positive, the molecule is multiplied by 5 and divided by 5
When the fraction is negative, the number of molecules multiplied by 5 becomes smaller and divided by 5 becomes larger