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Frankie and Taylor travel the same distance from town A to town B - OCR - GCSE Maths - Question 25 - 2021 - Paper 1

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Frankie and Taylor travel the same distance from town A to town B. Frankie travels at an average speed of 52 kilometres per hour (km/h). Taylor travels at an averag... show full transcript

Worked Solution & Example Answer:Frankie and Taylor travel the same distance from town A to town B - OCR - GCSE Maths - Question 25 - 2021 - Paper 1

Step 1

Calculate the distance from town A to town B

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Answer

To find the distance, use the formula:

distance=speed×timedistance = speed \times time

For Frankie:

distance=52 km/h×4 h=208 kmdistance = 52 \text{ km/h} \times 4 \text{ h} = 208 \text{ km}

Step 2

Convert distance to metres

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Since Taylor's speed is in metres per second, convert the distance:

208 km=208,000 m208 \text{ km} = 208,000 \text{ m}

Step 3

Calculate the time taken by Taylor

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Answer

Now use the formula:

time=distancespeedtime = \frac{distance}{speed}

For Taylor:

time=208,000 m15 m/s=13,866.67 stime = \frac{208,000 \text{ m}}{15 \text{ m/s}} = 13,866.67 \text{ s}

Step 4

Convert time from seconds to hours and minutes

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Answer

Convert seconds to minutes:

13,866.67 s÷60≈231.11 minutes13,866.67 \text{ s} \div 60 \approx 231.11 \text{ minutes}

Now convert minutes into hours and minutes:

231 minutes=3 hours51 minutes231 \text{ minutes} = 3 \text{ hours} 51 \text{ minutes}

So, Taylor takes approximately 3 hours and 51 minutes.

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