The Snowplow Problem To apply the techniques discussed in this chapter to real-world problems, it is neces- sary...

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Advance Math

The Snowplow Problem

To apply the techniques discussed in this chapter to real-worldproblems, it is neces-

sary to translate these problems into questions that can beanswered mathematically.

The process of reformulating a real-world problem as amathematical one often requires

making certain simplifying assumptions. To illustrate this,consider the following snow-

plow problem:

One morning it began to snow very hard and continued snowingsteadily

throughout the day. A snowplow set out at 9:00 am to clear aroad,

clearing 2 mi by 11:00 am and an additional mile by 1:00 pm. Atwhat

time did it start snowing?

To solve this problem, you can make two physical assumptionsconcerning the rate

at which it is snowing and the rate at which the snowplow canclear the road. Because

it is snowing steadily, it is reasonable to assume it is snowingat a constant rate. From

the data given (and from our experience), the deeper the snow,the slower the snowplow

moves. With this in mind, assume that the rate (in mph) at whicha snowplow can clear

a road is inversely proportional to the depth of the snow.

please show all work

Answer & Explanation Solved by verified expert
4.4 Ratings (621 Votes)
Let us assume the following thingsAt time t 0 in hours the snowplow started operation Henceit will have cleared 2 miles by t 2 and 3 miles by t 4At some t t0 0 the snow started fallingt0 is a negative number as the snow must have startedfalling before the plower started as otherwise the    See Answer
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