If plotting a graph and are producing a straight line to find a gradient:
You plot a line of best fit, then you plot two other lines starting from the same point which show the extreme lines of best fit (do this in fainter lines so that the best one stands out).
Find the gradients for all three lines, use the first line that you drew as the main value.
Then find the largest difference between the middle line and the extreme lines
E.g. if the gradient of the lines were:
First line gradient = 1.2
Second (Top extreme line of best fit) gradient =1.5
Third (Minimum extreme line of best fit) gradient = 1.0
Find the larget difference:
1.5-1.2=0.3
1.0-1.2=-0.2
Therefore the largest difference is 0.3 (not 0.2)
Therefore your final result would be: 1.2 (+-) 0.3
I hope this helps :D
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Start by finding the lowest possible area.... 10cm x 1000 = 10000mm (10cm = 10000mm) 100000 - 1 = 9999 (lowest possible area) Substitue this new radius into the area formula a=Ï€r2a=Ï€ x 99992 a =Ï€ x 99980001 a=314096436.64750018157128832392293 (This is the lowest possible area) Now find out the area of the circle with a radius of exactly 10cm (10000mm) a2 =Ï€r2 a2 =Ï€ x 100002 a2 =Ï€ x 100000000 a2=314159265.35897932384626433832795 (This is the area of a circle with a radius of 10cm) Now we can get our answer.... a2 - a = chance of error eithier way 314159265.35897932384626433832795 - 314096436.64750018157128832392293 = 62828.711479142274976014405 mm The above number is your margin of error from 10cm eithier way. Therfore the total chance of error (lowest possible to highest possible) is equal to the above number times 2.... 62828.711479142274976014405 x 2 = 125657.42295828454995202881 mm
HESI A2 is an admissions assessment exam (hence the A2). It is often used by nursing schools as part of their admissions process.
A2 paper is 16.5 x 23.4 inches in size. You can get 4 sheets of A4 and 2 sheets of A3 into an A2 sized paper. You will get 8 sheets of A5 into an A2 sized paper.
a2 - 4a + 4
-18