Question About 'Feet per second to mph chart'

How do you convert feet per second to mph?

Set up the rate as a fraction: 1, 000 feet 1 second {\displaystyle {\frac {1,000 {\text {feet}}} {1 {\text {second}}}}} Convert the number of feet to miles. To do this, divide the number of feet by 5,280: 1, 000 5, 280 = .189 {\displaystyle {\frac {1,000} {5,280}}=.189} . Convert the number of seconds to hours. ... Convert to the unit rate. ...

What is the formula for feet per second?

inches per second: in/s: US Customary Units/Imperial System: 36 in/s = 1 yd/s: feet per second: ft/s: US Customary Units/Imperial System: 1 ft/s = 12 in/s: yards per second: yd/s: US Customary Units/Imperial System: 1 yd/s = 3 ft/s: miles per second: mi/s: US Customary Units/Imperial System: 1 mi/s = 5280 ft/s: millimeters per second: mm/s: Metric System: 1 m/s = 1000 mm/s

What is the speed of feet per second?

feet per second = miles per hour × 1.466667. The speed in feet per second is equal to the miles per hour multiplied by 1.466667. For example, here's how to convert 5 miles per hour to feet per second using the formula above. 5 mph = (5 × 1.466667) = 7.333333 ft/s.

How many feet per second calculator?

Speed has many different types and terms to describe it: Speed - how fast an object is travelling. Velocity - how fast an object is travelling in a certain direction. Acceleration - how quickly it takes an object to reach a certain speed. Constant speed - an object moving at the same rate. Variable speed - an object moving at a changing rate. Average speed - distance covered divided by time taken to traverse. More items...

doc for "feet per second to mph chart".(Page 1 of about 18 results)

"feet per second to mph chart"

doc ico  Worksheet on Dimensional Analysis - Quia

How many feet per second is a wave going if it travels a distance of one mile in 7.35 seconds? 1 mile x 5,280 ft. = 7.35 s 1 mi. 6. How many seconds are there in 1 year? 1 year x 365.25 days x 24 hrs. x 60 min. x 60 s = 1 year 1 day 1 hr 1 min. 7. The measured wavelength of a sample of yellow light is 1.60 x 10-8 ft. Express this wavelength in nm.

doc ico  Driving Under Adverse Weather Conditions for School Bus …

If you can only see 15 feet or less, pull over and stop. Here is a good rule about how much space you should keep in front of you: At least one second for each 10 feet of vehicle length at speeds below 40 mph. At greater speeds, add one second. For example, if you are driving a 40-foot vehicle at 40 mph, leave 4 seconds. At 50 mph, leave 5 seconds.

doc ico  Factor Label Method - Warren Hills Regional School …

But your job is to convert that into meters per second. You know there are 3600 seconds in an hour. You also know that there are 5280 feet in a mile. You are given that 1 meter equals 3.28 feet. ... we will be left with an answer in meters per second! 65 miles 1 hour 5280 feet 1 meter----- x ----- x ----- x ----- 1 hour 3600 seconds 1 mile 3.28 ...

doc ico  Assignment 2 - University of Minnesota

the pistol had a mean velocity (at 15 feet) of 936 feet per second and a standard . deviation of 10 feet per second. Tests were also conducted with Uzi and black . Hills ammunition. a. Describe the velocity distribution of Winchester bullets fired from the FEG P9R . pistol. b. A bullet whose brand is unknown is fired from the FEG P9R pistol ...

doc ico  Depth of Field Chart: Feet - CameraQuest

in feet and inches. those over 10" rounded up/down to nearest foot. bold = to subject, roman = near/far DOF limit, italic = DOF. 21 mm lens (= 32 mm) Distance f 4 f 5.6 f 8 f 11 f 16 3' ... Depth of Field Chart: Feet Author: Rich Last modified by: Rich Created Date: 2/11/2006 7:07:00 PM

doc ico  Gait Speed (preferred and maximal) - University of Missouri

Measure and mark a standard distance, e.g. 5 meters (16.4 feet). Then measure and mark 5 feet before the start, and 5 feet after the end. Put cones . at the starting line and the finish line. 5 feet. 5 meters (16.4 feet) 5 feet ( Starting line ( begin timing stop timing ( Finish line (

doc ico  Appendix 16 - Federal Aviation Administration

The entrance design shown in figure 4-5, with a centerline radius of 200 feet (60 m), will allow entrance speeds of 20 mph (30 km per hour), the minimum design speed for the taxiway system. Larger radii will permit higher entrance speeds.

doc ico  Algebra 2 BC - Tredyffrin/Easttown School District

10. You and a friend live 4 miles apart on the same east-west street and are talking on the phone. You hear a clap of thunder from a storm and 18 seconds later, your friend hears the thunder. Find an equation that gives the hyperbolic path on which the storm occurred. (Sound travels at 1100 feet per second and 5280 feet = 1 mile) Key elements:

doc ico  Analysis A Worksheet 06-01 - Barrington 220

Give your answer in feet per second. c. When Yank pulls this hard, what is the angular velocity of the center of the pulley. 4. Pulley Problem: A small pulley 6 centimeters in diameter is connected by a belt to a larger pulley 15 centimeters in diameter, as show in the figure below. The small pulley is turning at 120 rpm.

doc ico  Reading Assignment: http://www - CPP

At 60 mph 1800=60k. k=30 vehicles per mile. Spacing of about 175 feet per vehicle. Note 1800 vphpl also provides a 2 sec gap (or headway) Why 175 feet or 2 seconds? 2300 vphpl is present ideal capacity. 9000 vph practical max? Drugs. Alcohol levels (.08, .10), 40+ percent of fatal accidents. 5 - 36% of truck drivers on "drugs"? Fatigue. 41% of ...

doc ico  CONSTRUCTION - Hine Consultancy

Gantt Chart. Use a computer to create a Gantt Chart Table similar to the one shown in the Information Sheet . Gantt Chart for Design, which is part of this assignment. ... Average speed: _____ Feet per second _____mph. Average speed _____ centimetres per second _____Km/hr. Minimum Turning Circle Diameter: _____. ...

doc ico  Henry County Schools / Overview

32.54 mph. 865.22 hours 2.33 seconds. 76.24 cm. 3.25x 108 km/hr. 275 yards 0.0235 km/hr. 258.45 km. 478 cm/min. 87.24 feet Solve the following problems. You MUST list the given, equation. and show how you . solve. the problem. Find the speed of a long-distance runner who runs 30 km in 6 hours. Given Equation Solve

doc ico  Instructor Pages

For example, 60 mph is the same as . The language “miles per hour” implies that the operation is miles divided by 1 hour. (10) Write each expression as a unit rate in fractional form. (i) 23 mpg (miles per gallon) (ii) 12 ft/sec (feet per second) (iii) 5 gal/min (gallons per minute) (iv) $7.15/hr (dollars per hour)

doc ico  Longitudinal Waves – Sound

Nov 24, 2014 · Speed of sound in various mediums Medium Speed in feet per second (mph) Speed in meters per second (kmh) Air at 59 degrees F. (15 degrees C) 1,116 (761) 340 ... sound wave is measured as the number of complete back-and-forth _____ of an object producing the sound in 1 second of time (cps). If a particle of air undergoes 1000 longitudinal ...

doc ico  6 - JustAnswer

Aug 09, 2007 · The magnitude of he linear velocity of a particle on the circumference of the wheel in feet per second was (a)0.523ps (B)0.785 (C)7.541 (D)11.317. ... An automobile weighing 3220lb and having a uniform linear velocity of 55 mph was traveling along a curved portion of a highway. If the radius of the curve was 600ft, the magnitude of the ...


A46. When the crash cushion is equal to or less than 10 feet from the travel lane, the end barrier marker (OM-3[3]) should have angled striping, sloping downward toward the travel lane. For crash cushions positioned further than 10 feet from the travel lane, the horizontal striping should be used on the end barrier marker. Temporary Pavement ...

doc ico  Unit Conversion Worksheet

43 miles into feet. 165 pounds into kilograms. 100 yards into meters. 22,647 inches into miles. 2678 cm into feet. 60 miles per hour into meters per second. 130 meters per second into miles per hour. 1100 feet per second into miles per hour. 53 yards per hour into inches per week. 721 lbs per week into kg per second. 88 inches per second into ...

doc ico  1) Stopping Distance: On dry asphalt, the distance d (in feet) …

12) Moon Rock: An astronaut standing on the surface of the moon throws a rock into the air with an initial velocity of 27 feet per second. The astronauts hand is 6 feet above the surface of the moon. The height (in feet) of the rock is given by h = –2.7t2 + 27 t …