Question

the ocean rises and falls each day due to tides. The bay of fundy in Canada has some of the highest tides in the world. Its tidewater rises about 53.478 feet and falls the same amount afterwards, twice a day. Write an expression that can be used to find the total feet the tide rises and falls each day.

Answer 1

The Bay of Fundy's tide rises about 53.478 feet and then falls the same amount, which is another 53.478 feet. This rise and fall happens twice a day.

To find the total feet the tide rises and falls each day, you would have:

- One rise and fall =
`\(53.478 \text{ ft (rise) } + 53.478 \text{ ft (fall) } = 106.956 \text{ ft }\)`

- Since this happens twice a day, you would multiply this by 2:
`\(106.956 \text{ ft } * 2 = 213.912 \text{ ft }\`)

So, the expression to find the total feet the tide rises and falls each day in the Bay of Fundy would be
`\(2 * (53.478 \text{ ft (rise) } + 53.478 \text{ ft (fall) })\)`, which simplifies to
`\(2 * 106.956 \text{ ft } = 213.912 \text{ ft }\)`.

In my opinion, the sheer magnitude of the tides in the Bay of Fundy is awe-inspiring. It's a striking example of the power and grandeur of natural processes, and serves as a compelling reason for why understanding the ocean—and by extension, Earth's various ecosystems—is crucial. It's not just a fascinating natural phenomenon but also has important implications for local ecology, shipping, and even renewable energy prospects.