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The great snipe can fly up to 4,000 miles ( mi ) without stopping for food or water at a speed of 60 miles per hour (mph). What is the maximum number of days, to the nearest tenth, that the great snipe can fly without stopping?

The great snipe can fly up to $4$ , $000$ miles ( $\mathrm{mi}$ ) without stopping for food or water at a speed of $60$ miles per hour $(\mathrm{mph})$ . What is the maximum number of days, to the nearest tenth, that the great snipe can fly without stopping?

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Time and work rate problems

Full solution

Q. The great snipe can fly up to

4

,

000

miles (

\mathrm{mi}

) without stopping for food or water at a speed of

60

miles per hour

(\mathrm{mph})

. What is the maximum number of days, to the nearest tenth, that the great snipe can fly without stopping?

Given Information: Given: The great snipe can fly up to $4,000$ miles without stopping at a speed of $60$ miles per hour. $\newline$ Find the total time in hours it would take to fly $4,000$ miles. $\newline$ $\text{Total\_time\_hours} = \frac{\text{Total\_distance}}{\text{Speed}}$ $\newline$ $\text{Total\_time\_hours} = \frac{4,000 \text{ miles}}{60 \text{ mph}}$
Calculate Total Time: Perform the calculation for the total time in hours. $\newline$ $Total\_time\_hours = \frac{4,000}{60}$ $\newline$ $Total\_time\_hours = 66.666\ldots$ hours
Convert to Days: Convert the total time from hours to days since we want the answer in days. $\newline$ $Total\_time\_days = \frac{Total\_time\_hours}{24}$ $\newline$ $Total\_time\_days = \frac{66.666\ldots}{24}$
Calculate Total Time in Days: Perform the calculation for the total time in days. $\newline$ $Total\_time\_days = \frac{66.666\ldots}{24}$ $\newline$ $Total\_time\_days \approx 2.777\ldots$ days
Round to Nearest Tenth: Round the total time in days to the nearest tenth. $\text{Total\_time\_days\_rounded} = 2.8$ days

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