The force on the inside of a cork in a champagne bottle is 20 pound-force [lb;]. If the cork has a diameter of 0.5 inches [in], what is the pressure inside the bottle in units of feet of water [ft H,0]?Click the icon to view the conversion table.... ..The pressure isft H2O. (Round your answer to the nearest whole number.) More InfoLengthMassForcePressure1 m = 3.28 ft1 slug32.2 Ibm1N =0.225 Ib;1 atm1.01325 bar%3D1 km = 0.621 mi= 33.9 ft H201 in = 2.54 cm= 29.92 in Hg1 mi = 5280 ft760 mm Hg1 yd = 3 ft= 101325 Pa= 14.7 psiPrintDone

Given: The force inside the champagne bottle is F=20 lbf. The diameter of the cork is d=0.5 in.…

Answered: The force on the inside of a cork in a…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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In an effort to modernize the United States interstate system, the Department of Transportation proposes to change speed limits from miles per hour to "flashes." A flash is equal to 10 feet per second [ft/s]. On a car speedometer, what will the new range be in units of "flashes" if the old scale was set from 0 to 160 miles per hour [mi/h or mph]? E Click the icon to view the conversion table for length and time. The new range will be from to flashes. (Round your answers to the nearest whole number.)
On April 20, 2010, the DeepWater Horizon oil drilling operation exploded, causing the largest marine oil spill ever recorded. When estimating the volume of an oil spill, if there are traces of color in the oil slick, it is estimated at 150 nanometers[nm] thick and a ratio of 1.4 liters per hectare[L/ha]. What is this ratio in gallons per square kilometer [gal/km2]? The ratio is ___ gal/km2.
This is a basic mechanical engineering question, Please answer it fast.
7. When you work for a company that studies the performance of car engines, you are tasked with accurately measuring the amount of air intake by car engines. A gas flow meter was introduced from the United States to measure the amount of air. This flow meter measures the flow rate using the pressure difference. Looking at the instruction manual of this flow meter, the following equations were found for the pressure difference head and volume flow [unit, volume/time]. ▷ Volumetric Flow Rate[ft°/min]: =(55.3658* DP-0.143168* DP^ 2)) However, DP is the head (water height) of the manometer, and the unit is inch to be. In the above equation, if you insert DP[inch], the air volume flow rate can be calculated and the unit of the volume flow rate is ft/min. Complex unit conversion is included in the constant in front of DP, so you don't need to worry about it. Before the experiment to measure the amount of air inhaled into the engine, the current atmospheric pressure and temperature were…
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