Stepwise 602.489 Centimeter/Hour to Mile/Second Conversion Tutorial

When it comes to understanding and converting units of velocity, precision is crucial. Whether you are a student, engineer, or scientist, converting from one unit to another helps ensure accuracy in calculations. In this tutorial, we will guide you through the step-by-step process of converting 602.489 centimeter/hour (cm/h) to mile/second (mi/s) in a clear and detailed manner.


The Units

Before we begin the conversion, let’s understand the two units involved:

  • Centimeter per hour (cm/h): This unit measures how many centimeters an object travels in one hour. It is a relatively small unit of velocity, commonly used in precise scientific measurements.
  • Mile per second (mi/s): This is a much larger unit, measuring how many miles an object travels in one second. It is often used in astronomy, space science, or high-speed contexts.

Converting between these units requires understanding both distance and time conversions.


Step 1: Write Down the Given Value

We start with the value provided:Velocity=602.489cm/h\text{Velocity} = 602.489 \, \text{cm/h}Velocity=602.489cm/h

Our goal is to convert it to mile/second.


Step 2: Convert Centimeters to Miles

The first step is converting the distance unit from centimeters to miles.

We know the following standard conversions:

  1. 1inch=2.54cm1 \, \text{inch} = 2.54 \, \text{cm}1inch=2.54cm
  2. 1foot=12inches1 \, \text{foot} = 12 \, \text{inches}1foot=12inches
  3. 1mile=5280feet1 \, \text{mile} = 5280 \, \text{feet}1mile=5280feet

Now, let’s convert step by step:1mile=5280ft×12in/ft×2.54cm/in1 \, \text{mile} = 5280 \, \text{ft} \times 12 \, \text{in/ft} \times 2.54 \, \text{cm/in}1mile=5280ft×12in/ft×2.54cm/in

Calculating:

  • 5280×12=633605280 \times 12 = 633605280×12=63360 inches
  • 63360×2.54=160934.463360 \times 2.54 = 160934.463360×2.54=160934.4 cm

So:1mile=160934.4cm1 \, \text{mile} = 160934.4 \, \text{cm}1mile=160934.4cm

Next, convert 602.489 cm to miles:Distance in miles=602.489160934.40.003744miles\text{Distance in miles} = \frac{602.489}{160934.4} \approx 0.003744 \, \text{miles}Distance in miles=160934.4602.489​≈0.003744miles


Step 3: Convert Hours to Seconds

Next, we need to convert the time unit from hours to seconds.

We know:1hour=60minutes×60seconds=3600seconds1 \, \text{hour} = 60 \, \text{minutes} \times 60 \, \text{seconds} = 3600 \, \text{seconds}1hour=60minutes×60seconds=3600seconds


Step 4: Combine Distance and Time Conversion

Now, divide the converted distance by the converted time to get velocity in mile/second:Velocity in mi/s=0.003744miles3600seconds\text{Velocity in mi/s} = \frac{0.003744 \, \text{miles}}{3600 \, \text{seconds}}Velocity in mi/s=3600seconds0.003744miles​

Performing the calculation:0.003744÷36001.04×106mi/s0.003744 \div 3600 \approx 1.04 \times 10^{-6} \, \text{mi/s}0.003744÷3600≈1.04×10−6mi/s


Step 5: Write the Final Answer

After completing the conversion, we get:602.489cm/h1.04×106mi/s\boxed{602.489 \, \text{cm/h} \approx 1.04 \times 10^{-6} \, \text{mi/s}}602.489cm/h≈1.04×10−6mi/s​

This is a very small velocity when expressed in miles per second, which makes sense given the relatively small starting value.


Step 6: Verification (Optional)

To verify the accuracy:

  1. Convert back from miles/second to cm/hour:

1.04×106mi/s×160934.4cm/mile×3600s/h602.489cm/h1.04 \times 10^{-6} \, \text{mi/s} \times 160934.4 \, \text{cm/mile} \times 3600 \, \text{s/h} \approx 602.489 \, \text{cm/h}1.04×10−6mi/s×160934.4cm/mile×3600s/h≈602.489cm/h

The result matches the original value, confirming the conversion is correct.


Conclusion

Converting 602.489 cm/h to mi/s may seem complex at first, but by breaking it down into distance and time conversions, the process becomes straightforward. Always remember to:

  1. Convert all distance units to the desired unit.
  2. Convert all time units to the desired unit.
  3. Divide the converted distance by the converted time.
  4. Double-check your calculations for accuracy.

This stepwise method ensures precise results and can be applied to any similar velocity conversions.

Leave a Comment