We will investigates the application of ratios in the form of rates expressed in our daily lives.
Josh runs a certain distance ( d ) for certain amount of time ( t ) as follows:

We are to determine the performance of Josh in terms of a parameter called mileage. This is expressed as a ratio of total distance travelled ( d ) miles in time ( t ) minutes as follows:

We will simply plug in the respective quantities in the above ratio as follows:

The procedure off rounding off any decimal value to the nearest hundreth is defined by the placement of digits in their respective places as follows:

Whenerver we round off to the nearest "hundreths" we compare the " thousandths" digit with the following to conditions:

The answer rounded to the nearest 100th is:

Yolonda bougth ( n ) pounds of flour for ( S ) dollars as follows:

She wants the determine the amout of flour she can buy for a dollar. This can be expresssed as a ratio of amount ( n ) to price ( S ).

We will simply plug in the respective quantities in the above ratio as follows:
