M min to ft min
Worksheet on Dimensional Analysis
700.0 ft x 1 mile x 1 hour x 60 min x 60 s = 5,280 ft 600.0 mi. 1 hr. 1 min. 9. Sound travels approximately at a rate of 1.50 x 10-3 meters per second through water. Determine this rate in miles per hour. 1.5 x 10-3 m x 1 cm x 1 in. x 1 ft x 1 mile x 60 s x 60 min. = S 10-2 m 2.54 cm 12 in. 5,280 ft. 1 min. 1 hour
[DOC File]California State University, Northridge
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4-43E Long cylindrical AISI stainless steel rods (k = 7.74 Btu/h·ft· o. F and = 0.135 ft2/h) of 4-in diameter are heat treated by drawing them at a velocity of 7 ft/min through a 21-ft-long oven maintained at 1700oF. The heat transfer coefficient in the oven is 20 Btu/h·ft2· o. F.
[DOC File]www.mi.mun.ca
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30) Convert a speed of 4.50 km/h to units of ft/min. (1.00 m = 3.28 ft) A) 0.246 ft/min. B) 82.3 ft/min. C) 165 ft/min. D) 246 ft/min. E) 886 ft/min. Answer: D. Var: 1 31) The exhaust fan on a typical kitchen stove pulls 600 CFM (cubic feet per minute) through the filter. Given that 1.00 in. = 2.54 cm, how many cubic meters per second does this ...
Worksheet on Dimensional Analysis
70.0 s x 1 min. x 85.4 yds x 3 ft x 12 in. x 1 m = 60 s 5 min. 1 yd. 1 ft. 39.37 in. 12. Saffron costs $316.00 per ounce. Determine how many grams you can purchase for $15.00. $15.00 x 1 oz. safrron x 1 Lb. saffron x 453.6 g saffron = $316.00 16 oz. saffron 1 Lb. saffron. 13. How many grams are equivalent to 1.80 x 10-4 tons? ...
[DOC File]Dimensional Analysis Worksheet #2
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32.2 ft/s2. 16. 8.41 g/mL to Kg/L. 8.41 Kg/L. 17. 3.8 Km/sec to miles/year. 7.5 x 107 miles/year. 18. 7.68 cal/sec to Kcal/min. 0.461 Kcal/min. 19. 8.24 g/cm2 to mg/mm2. 82.4 mg/mm2 . 20. 25 m/s to miles/hr =56 miles/hr Convert 2.05 x 105 seconds into years. 6.50 x 10-3 years. Traveling at 65 miles/hour, how many minutes will it take to drive ...
[DOC File]Wet Detention Basin Inspection and Maintenance Agreement
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Nov 03, 2008 · Bottom Elevation 1-ft Min. Sediment Bottom Elevation 1-ft Min. Storage Sediment. Storage . FOREBAY MAIN POND I acknowledge and agree by my signature below that I am responsible for the performance of the maintenance procedures listed above. I agree to notify DWQ of any problems with the system or prior to any changes to the system or ...
[DOC File]California State University, Northridge
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The data shown in the table below have the velocity in ft/min and pressure drop in inches of water. To get the pressure drop in lbf/ft2 we have to multiply the pressure drop in inches of water by the specific weight of water. Doing this and inserting the necessary conversion factors gives the following calculation formula for the friction factor.
[DOC File]Chapter 2
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= 1.33 m/s, E. 6-5. A woman walks for 4 min directly north with a average velocity of 6 km/h; then she walks eastward at 4 km/h for 10 min. What is her average speed for the trip? ... (60 m/s) + (-32 ft/s2)(2 s) ; vy = -4.00 ft/s *6-39. A golf ball in Fig. 6-14 leaves the tee with a velocity of 40 m/s at 650. If it lands on a green located 10 m ...
[DOC File]Chapter 2
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f = 78 rev/min = 1.30 rev/s; m = W/g = 0.02 lb/32 ft/s2; m = 0.000625 slugs. R = 5 in. – 1 in. = 4 in.; R = (4/12) ft = 0.333 ft; Fc = 4(2f2 mR; Fc = 0.0139 lb. The central force ON the bug is exerted BY the platform (Static friction). Since Fc is proportional to R, halving the radius will also halve the force!
Dimensional Analysis Worksheet #2
12. 0.74 Kcal/min to cal/sec. 12 cal/sec. 13. 1.42 g/cm2 to mg/mm2. 14.2mg/mm2. 14. 10095 m/s to miles/s. 6.3094 miles/s. 15. 9.81 m/s2 to ft/s2. 32.2 ft/s2. 16. 8.41 g/mL to Kg/L. 8.41 Kg/L. 17. 3.8 Km/sec to miles/year. 7.5 x 107 miles/year. 18. 7.68 cal/sec to Kcal/min. 0.461 Kcal/min. 19. 8.24 g/cm2 to mg/mm2. 82.4 mg/mm2. 20. 25 m/s to ...
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