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The tires of a go-kart are 1m in circumference. The tires revolve 15 times per second. What is the distance the go-kart travels in 40 seconds? m

The tires of a go-kart are 1 m 1 \mathrm{~m} in circumference. The tires revolve 1515 times per second.\newlineWhat is the distance the go-kart travels in 4040 seconds?\newline□\square m

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Full solution

Q. The tires of a go-kart are 1 m 1 \mathrm{~m} in circumference. The tires revolve 1515 times per second.\newlineWhat is the distance the go-kart travels in 4040 seconds?\newline□\square m
  1. Calculate Distance Traveled: Calculate the distance traveled in one second by multiplying the number of revolutions by the circumference of the tires.\newlineDistance in one second = Number of revolutions per second ×\times Circumference of tires\newlineDistance in one second = 15 rev/s×1 m/rev15 \, \text{rev/s} \times 1 \, \text{m/rev}
  2. Find Total Distance: Multiply the distance traveled in one second by the number of seconds to find the total distance.\newlineTotal distance =Distance in one second×Time in seconds= \text{Distance in one second} \times \text{Time in seconds}\newlineTotal distance =15 m/s×40 s= 15 \, \text{m/s} \times 40 \, \text{s}
  3. Perform Multiplication: Perform the multiplication to find the total distance.\newlineTotal distance = 600 m600\,\text{m}

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