Converting from Speed of Sound in Water (ssiw) to Foot per Hour (fph)

What is Speed of Sound in Water (ssiw)

Speed of sound in water, abbreviated as ssiw, refers to how fast sound waves travel through water. This speed is affected by factors like temperature, salinity, and pressure. Under standard conditions (at 25 degrees Celsius and 1 atm pressure), the speed of sound in pure water is approximately 1,482 meters per second (m/s).

What is Foot per Hour (fph)

Foot per hour, or fph, is a unit of speed that measures how many feet an object travels in one hour. This unit is commonly used in various fields, including engineering and navigation. It allows for easy conversion and comparison of speeds, especially in terrestrial applications.

Conversion Formulas

To convert from speed of sound in water (ssiw) to foot per hour (fph), you can use the following formula:

To convert from foot per hour (fph) to speed of sound in water (ssiw), you can apply this formula:

Examples

1. Converting 1 ssiw to fph:

   Using the formula,

   fph=1 ssiw×17503940=17503940 fph

2. Converting 5 ssiw to fph:

   fph=5 ssiw×17503940=87519690 fph

3. Converting 13 ssiw to fph:

   fph=13 ssiw×17503940=227551200 fph

4. Converting 14 ssiw to fph:

   fph=14 ssiw×17503940=245055100 fph

5. Converting 1 fph to ssiw:

   ssiw=1 fph×0.00000005713≈5.713∗10−8 ssiw

6. Converting 5 fph to ssiw:

   ssiw=5 fph×0.00000005713≈2.8575∗10−7 ssiw

7. Converting 13 fph to ssiw:

   ssiw=13 fph×0.00000005713≈7.4269∗10−7 ssiw

8. Converting 14 fph to ssiw:

   ssiw=14 fph×0.00000005713≈7.9982∗10−7 ssiw