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3 votes
An iceberg floating in the North Pacific Ocean weighs

\[80\] metric tons. Each month it loses
\[5\] metric tons of weight. Let
\[W\] be the weight in metric tons of the iceberg after
\[t\] months have passed. Which of the following best explains the relationship between
\[t\] and
\[W\]?

User Mansim
by
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1 Answer

4 votes

The best that explains the relationship between t and W is d. the relationship is linear because W always decreases as values of t increases.

The relationship between t (months) and W (weight of the iceberg) is best described as linear.

The problem states that the iceberg loses 5 metric tons of weight each month. This means the weight decreases by a constant amount regardless of the current weight.

Complete Question:

An iceberg floating in the North Pacific Ocean weighs 80 metric tons. Each month it loses 5 metric tons of weight. Let W be the weight in metric tons of the iceberg after t months have passed. which of the following best explains the relationship between t and W ?

a. the relationship is exponential because W is multiplied by a factor of 30 each time increases by 1

b. the relationship is exponential because W is multiplied by a factor of 0.3 each time increases by 1

c. the relationship is exponential because W decreases by 5 each time t increases by 1.

d. the relationship is linear because W always decreases as values of t increases.

User Murrekatt
by
8.4k points