## Pls help! will mark brainliest if you can answer correctly Two ocean beaches are being affected by erosion. The table shows the

Pls help! will mark brainliest if you can answer correctly

Two ocean beaches are being affected by erosion. The table shows the width, in feet, of each beach measured at high tide where 1995 is represented by year 0:

Year number

Western Beach width (in feet)

Dunes Beach width (in feet)

0 100 20

5 90 45

10 80 70

11 78 75

12 76 80

15 70 95

A: Describe the patterns shown by the erosion data measurements shown for each of the beaches in the table.

B: Between which years will the beaches have approximately the same width?

C: Assuming these rates remain constant, what can you do to get a better

## Answers ( )

Answer:The guy above me has the answer

Step-by-step explanation:Answer:A. Western Beach is reducing was width by 10 feet every 5 years for the first 10 years, then the pattern became less constant. Dunes Beach experienced a stable and fast increase in width, 25 feet every 5 years of 5 feet per year.

B. Somewhere between years 11 and 12 they had the same width.

C. You can place the values on a graph and connect the points, and look at the intersections to determine points in time where they were of the same width.

First, lets look at the data. Western Beach (or WB for short) decreases its width by 10 feet every 5 years from year 0 to year 10. Between year 11 and year 15 the pattern shifts and becomes less changing since there is barely any change between years 12 and 15. Dunes Beach (or DB) increases steadily by 25 feet every 5 years or 5 feet per year.

Assuming the changes in width happen over time and gradually, at some point between year 10 and 11, both beaches would have likely had the same width, somewhere between 70 and 75.

To determine the exact point in time where they meet we would need to draw a graph, with the width in feet on the X axis and the year on the Y axis. Then we place all the pairs in the graph by their coordinates, and connect the points that correspond to each beach. We then see where the lines intersect and use mathematics to determine the values of X and Y, giving us the time and width when the two beaches were equal.

Step-by-step explanation: