Comments on: The four tires of an automobile are inflated to a gauge pressure of 19000 Pa. Each tire has an area of.025 m? http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/ Mon, 21 May 2012 17:12:48 +0000 http://wordpress.org/?v=2.7 hourly 1 By: Emily W http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/comment-page-1/#comment-9445 Emily W Thu, 08 Apr 2010 15:30:09 +0000 http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/#comment-9445 This should be done using the equation: P=F/A where P is the pressure F is the force and A is the surface area. I am using xN to represent the unknown number of Newtons since that is what we are looking for here. so you would have: 19000 Pa= xN/(4*0.025) 19000 (0.1)=xN 1900=xN Before you put that answer in, check your variables to make sure the 19000 is correct. I currently have a problem exactly like this one and my P unit is 1.9*10^5 which is 190000. If this is the case, just add another zero to the end of the above solution.<a href="http://www.resumeminers.com/Medical-Recruiting.htm"> Emily W</a> This should be done using the equation:

P=F/A

where P is the pressure F is the force and A is the surface area. I am using xN to represent the unknown number of Newtons since that is what we are looking for here.

so you would have:

19000 Pa= xN/(4*0.025)
19000 (0.1)=xN
1900=xN

Before you put that answer in, check your variables to make sure the 19000 is correct. I currently have a problem exactly like this one and my P unit is 1.9*10^5 which is 190000. If this is the case, just add another zero to the end of the above solution. Emily W

]]> By: marvin_g_33334 http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/comment-page-1/#comment-9444 marvin_g_33334 Wed, 07 Apr 2010 14:05:09 +0000 http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/#comment-9444 NO clue what the ( wight ) would be ? In fact i don't even know what a (wight ) is..Maybe you could google a ( wight ) Thingy .<a href="http://www.bigjobtools.com/srch/srch.php?q=logging"> marvin_g_33334</a> NO clue what the ( wight ) would be ? In fact i don’t even know what a (wight ) is..Maybe you could google a ( wight ) Thingy . marvin_g_33334

]]> By: LeAnne http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/comment-page-1/#comment-9443 LeAnne Wed, 07 Apr 2010 13:08:17 +0000 http://www.cargearusa.com/blog/the-four-tires-of-an-automobile-are-inflated-to-a-gauge-pressure-of-19000-pa-each-tire-has-an-area-of025-m/#comment-9443 Not enough information. You need the tire pressure with the vehicle off the ground - and the tire pressures when they are on the ground supporting the vehicle weight.<a href="http://www.familylawmadeeasy.com/family-law-code.htm"> LeAnne</a> Not enough information.
You need the tire pressure with the vehicle off the ground - and the tire pressures when they are on the ground supporting the vehicle weight. LeAnne

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