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Minutes per kilometre (min/km) to Seconds per foot (s/ft) conversion

Minutes per kilometre to Seconds per foot conversion table

Minutes per kilometre (min/km)Seconds per foot (s/ft)
00
10.018288
20.036576
30.054864
40.073152
50.09144
60.109728
70.128016
80.146304
90.164592
100.18288
200.36576
300.54864
400.73152
500.9144
601.09728
701.28016
801.46304
901.64592
1001.8288
100018.288

How to convert minutes per kilometre to seconds per foot?

Here's a breakdown of how to convert minutes per kilometer to seconds per foot, along with examples and context.

Understanding Pace Conversion

Pace, commonly used in running and walking, expresses how long it takes to cover a certain distance. Converting between different units of pace involves converting both time and distance.

Converting Minutes per Kilometre to Seconds per Foot

To convert from minutes per kilometer (min/km) to seconds per foot (s/ft), follow these steps:

  1. Convert minutes to seconds: Multiply the value in minutes by 60 to get the equivalent in seconds.
  2. Convert kilometers to feet: Multiply the value in kilometers by 3280.84 (since 1 kilometer ≈ 3280.84 feet).
  3. Divide: Divide the result from step 1 (seconds) by the result from step 2 (feet).

Formula:

Seconds per foot=Minutes per kilometer×60Kilometers×3280.84\text{Seconds per foot} = \frac{\text{Minutes per kilometer} \times 60}{\text{Kilometers} \times 3280.84}

Example: Converting 1 minute/km to seconds/foot

  1. Minutes to seconds: 1 minute=60 seconds1 \text{ minute} = 60 \text{ seconds}

  2. Kilometers to feet: 1 kilometer=3280.84 feet1 \text{ kilometer} = 3280.84 \text{ feet}

  3. Divide:

    60 seconds3280.84 feet≈0.0183 seconds/foot\frac{60 \text{ seconds}}{3280.84 \text{ feet}} \approx 0.0183 \text{ seconds/foot}

Therefore, 1 minute per kilometer is approximately equal to 0.0183 seconds per foot.

Converting Seconds per Foot to Minutes per Kilometre

To convert from seconds per foot (s/ft) to minutes per kilometer (min/km), reverse the process:

  1. Convert seconds to minutes: Divide the value in seconds by 60 to get the equivalent in minutes.
  2. Convert feet to kilometers: Divide the value in feet by 3280.84 (since 1 foot ≈ 0.0003048 kilometers).
  3. Divide: Divide the result from step 1 (minutes) by the result from step 2 (kilometers).

Formula:

Minutes per kilometer=Seconds per foot×60Feet3280.84\text{Minutes per kilometer} = \frac{\text{Seconds per foot} \times 60}{\frac{\text{Feet}}{3280.84}}

Example: Converting 0.0183 seconds/foot to minutes/km

  1. Seconds to minutes: 0.0183 seconds≈0.000305 minutes0.0183 \text{ seconds} \approx 0.000305 \text{ minutes}

  2. Feet to kilometers: 1 foot≈0.0003048 kilometers1 \text{ foot} \approx 0.0003048 \text{ kilometers}

  3. Divide:

    0.000305 minutes0.0003048 kilometers≈1 minute/km\frac{0.000305 \text{ minutes}}{0.0003048 \text{ kilometers}} \approx 1 \text{ minute/km}

Real-World Examples

Here are some examples of how this conversion might be used:

  • Comparing running paces: A coach might want to compare the pace of a runner who uses minutes per kilometer with another who uses seconds per foot.
  • GPS and fitness trackers: Devices might record pace in one unit, but users might prefer to see it in another.
  • Scientific analysis: In biomechanics, researchers might convert pace units for data analysis and modeling.

Interesting facts.

  • Roger Bannister's Four-Minute Mile: One of the most famous achievements in running history is Roger Bannister breaking the four-minute mile in 1954. While this is a distance/time calculation (speed) rather than a time/distance calculation (pace), it illustrates the significance of understanding and tracking running metrics. The concept of pace became more prevalent as runners and coaches sought more granular metrics to improve performance.
  • Pace Clocks: Many running tracks feature pace clocks that display time in minutes and seconds, aiding runners in maintaining a consistent pace during training.

Practical Examples

Let's look at some other practical pace conversions:

  • Marathon Pace: If a marathon runner aims to complete the race in 3 hours, 30 minutes (210 minutes), their average pace should be approximately 4.98 min/km. The actual pace will vary due to hills and the runner's strategy. This pace translates to approximately 0.015 seconds per foot.

    42.195 km210 minutes=0.2009 km/minute\frac{42.195 \text{ km}}{210 \text{ minutes}} = 0.2009 \text{ km/minute}

    10.2009 km/minute=4.9776 minutes/km\frac{1}{0.2009 \text{ km/minute}} = 4.9776 \text{ minutes/km}

  • Walking Pace: A brisk walking pace might be 10 minutes per kilometer, equivalent to approximately 0.0305 seconds per foot.

See below section for step by step unit conversion with formulas and explanations. Please refer to the table below for a list of all the Seconds per foot to other unit conversions.

What is minutes per kilometre?

Minutes per kilometer is a common way to express running or walking speed, especially in countries that use the metric system. It indicates how many minutes it takes to cover one kilometer.

Understanding Minutes per Kilometer

Minutes per kilometer (min/km) is a unit of pace. Unlike speed (kilometers per hour or miles per hour), which measures distance covered per unit of time, pace measures time taken to cover a unit of distance.

How is it Formed?

It's a simple ratio:

Pace (min/km)=Time (minutes)Distance (kilometers)\text{Pace (min/km)} = \frac{\text{Time (minutes)}}{\text{Distance (kilometers)}}

For example, if it takes you 30 minutes to run 5 kilometers, your pace is:

Pace=30 minutes5 kilometers=6 min/km\text{Pace} = \frac{30 \text{ minutes}}{5 \text{ kilometers}} = 6 \text{ min/km}

This means you run one kilometer in 6 minutes.

Historical Context and Use

While there isn't a specific law or famous person directly associated with the unit itself, the adoption of the metric system (which includes kilometers) has historical roots in the French Revolution. The metric system aimed for standardization and ease of use. Pace calculations, in general, have been used by athletes for centuries to track and improve performance.

Real-World Examples

  • Elite Marathon Runners: A world-class marathon runner might maintain a pace of around 2:50-3:00 min/km.
  • Recreational Runners: A recreational runner might have a pace between 5:00-7:00 min/km.
  • Brisk Walking: A brisk walk might be around 9:00-11:00 min/km.
  • Calculating Race Time: If you plan to run a 10k race at a pace of 6 min/km, you can estimate your finish time to be around 60 minutes (10 km * 6 min/km).
  • Treadmill Settings: Many treadmills allow you to set your workout in terms of pace (min/km) rather than speed (km/h).
  • GPS Watches and Apps: GPS running watches and smartphone apps commonly display real-time pace in min/km, allowing runners to monitor and adjust their effort.

Converting to Speed

You can convert pace (min/km) to speed (km/h) using the following formula:

Speed (km/h)=60Pace (min/km)\text{Speed (km/h)} = \frac{60}{\text{Pace (min/km)}}

For example, a pace of 6 min/km is equal to a speed of 10 km/h (60 / 6 = 10).

What is Seconds per foot?

Seconds per foot is a measure of pace, indicating how long it takes to travel one foot. It's commonly used in scenarios where consistent speed over short distances is important, or when analyzing motion in detail. It's the inverse of speed (feet per second).

Understanding Seconds per Foot

Seconds per foot (s/ft) quantifies the time required to cover a single foot. A smaller value indicates a faster pace, while a larger value means a slower pace.

Formula and Calculation

The formula for seconds per foot is straightforward:

Seconds per foot=Time in secondsDistance in feet\text{Seconds per foot} = \frac{\text{Time in seconds}}{\text{Distance in feet}}

Example: If it takes 2 seconds to travel 1 foot, the pace is 2 s/ft.

Relationship to Speed

Seconds per foot is inversely proportional to speed (expressed in feet per second or ft/s).

Speed (ft/s)=1Seconds per foot (s/ft)\text{Speed (ft/s)} = \frac{1}{\text{Seconds per foot (s/ft)}}

Real-World Applications

  • Robotics and Automation: In robotics, seconds per foot is crucial for programming robots to move precisely and efficiently. For instance, setting the pace of a robotic arm in an assembly line or controlling the speed of a self-driving vehicle over short distances.

    • Example: A robotic arm moving parts on an assembly line might be programmed to move at a pace of 0.5 s/ft to ensure parts are placed accurately.

  • Animation and Visual Effects: Animators use seconds per foot to control the speed of movements in animations, ensuring realistic motion.

    • Example: Animating a character walking at a pace of 1 s/ft. A lower number will show them walking faster.

  • Sports Analysis: Analyzing athletic performance over short distances. Useful for breaking down movements in slow motion.

    • Example: A coach might use seconds per foot to analyze a sprinter's acceleration, determining how quickly they cover each foot during the first few steps of a race.

  • Manufacturing and Material Handling: Determining feed rates for machines.

    • Example: A CNC machine cutting material might have a feed rate set to 0.1 s/ft, dictating how quickly the cutting head moves along the material.

Complete Minutes per kilometre conversion table

Enter # of Minutes per kilometre
Convert 1 min/km to other unitsResult
Minutes per kilometre to Seconds per metre (min/km to s/m)0.06
Minutes per kilometre to Minutes per mile (min/km to min/mi)1.6093491499173
Minutes per kilometre to Seconds per foot (min/km to s/ft)0.018288

Pace conversions