Math, asked by garimasingh94566, 1 month ago

A 10 foot rope ladder hangs over the side of a boat with the bottom rung on the surface of the water. The rungs are one foot apart, and the tide goes up at the rate of 6 inches per hour. How long will it be until three rungs are covered?

Answers

Answered by garimasingh143

Step-by-step explanation:

Never;The boat rises as the tide goes up

Answered by pratham7777775

Step-by-step explanation:

As the tide comes in the boat will simply float with the SAME length of rope ladder floating over the sides Tide goes 6 inches up in 1 hour. So it will take 6 hours to go 36 inches up. Originally Answered: A 10-foot rope ladder hangs over the side of a boat with the bottom rung on the surface of the water.

Hope it helps !

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A 10 foot rope ladder hangs over the side of a boat with the bottom rung on the surface of the water. The rungs are one foot apart, and the tide goes up at the rate of 6 inches per hour. How long will it be until three rungs are covered?​

Answers

Never;The boat rises as the tide goes up

Hope it helps !

A 10 foot rope ladder hangs over the side of a boat with the bottom rung on the surface of the water. The rungs are one foot apart, and the tide goes up at the rate of 6 inches per hour. How long will it be until three rungs are covered?