Off the the hash region, which is half times base, 0.5 meter squared times the base halftime based times the height, he's 10 Newton.
So now the potential energy is even by the area of these cars. It's right here, so we are dealing with this point over here. Now for part C, they're asking potential energy when X equals 0.5 meter for that. So this would be 21 point 13 new don't per meter.
#Pasco capstone grapg software#
He's 15 so this number comes out to be 15 new done divided by 0.71 meter. PASCO Capstone is the next leap forward in software for data acquisition, display and analysis and destined to be the new standard in advanced physics and engineering labs. The highest display Sprint is airborne 71 on the highest point. So that will come out to be 0.35 divided by 7.5 zero porn zero for 66 Mutant Paar meter Answer for part A Actually joining the graph waas part A On this is part of the using the find the elastic potential energy when the spring is stretchered by half a meter So here is 0.5 meter point and this point is given as what? Half a meter? 10? Okay, the numbers got a little off, so I'm going to redo the numbers again on we don't need all the numbers for this. So this is just use the halfway point at which forces 0.35 new done. So now we're just going to use the 00 point and and this point to find the force constant so forth constant will come out to be F over X. So all the other points will be on the straight line over here where this goes 2.71 These goes 2.35 and this Just make the points. 7.5 over here, at which I have a 0.35 notice that disease doubles and a little more so that's the other. And this goes up as all the way up to at 15. So we have got 2.557 point five, 10 12.5 and 15. So this is divided into three parts five, 10 and 15.
So we're trying to draw a graph over here.
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