Mr. Crane, so for our final graph you just want us to plot our Period
and square roots of Lengths?
Yes
Do you want us to draw the BLOF or the lines leading up to the x and y axis?
Yes
Requirement: any body want to weigh in on this? 1-All Proper graphing techniques 2-complete linear equation in terms of period and Length 3-% error that about covers it.
For our graph that curves, is there a certain equation you want us to find for it? For example, for our Period v. Square Root of Length, we had a straight line, therefore we were able to find the y-intercept to create the linear equation. Is there anything like that for our original Period v. Length? If so, how do we find it?
Hey Erin, you probably already got this but to find percent error, you use this equation...
((|Experimental Value - Accepted Value|)/Accepted Value) x100%
The Experimental Value is what you got as an answer and the Accepted Value is what the answer should be. The number left from the Experimental Value minus the Accepted Value should never be negative because after you do the subtraction you take the absolute value of that negative number, making it positive (hence the absolute value brackets)
hey that's the email I sent you! hahahah
ReplyDeleteis the lines needed for this graph?
ReplyDeleteAm i able to come in early tomorrow or at lunch so we can go over the requirements for our graphs?
ReplyDeleteRequirement: any body want to weigh in on this?
ReplyDelete1-All Proper graphing techniques
2-complete linear equation in terms of period and Length
3-% error that about covers it.
For our graph that curves, is there a certain equation you want us to find for it? For example, for our Period v. Square Root of Length, we had a straight line, therefore we were able to find the y-intercept to create the linear equation. Is there anything like that for our original Period v. Length? If so, how do we find it?
ReplyDeleteDo you want us to add the coloring for the most recent graph?
ReplyDeleteCan someone teach me what to do for the percent error? I was absent!
ReplyDeleteHey Erin, you probably already got this but to find percent error, you use this equation...
Delete((|Experimental Value - Accepted Value|)/Accepted Value) x100%
The Experimental Value is what you got as an answer and the Accepted Value is what the answer should be. The number left from the Experimental Value minus the Accepted Value should never be negative because after you do the subtraction you take the absolute value of that negative number, making it positive (hence the absolute value brackets)