Here is a sample data set. 278.2 282.5 311.5 311.6 320.4 322.9 352.3 367.4 375.7 390.8 395.8 411.7 412.9 412.9 412.9 418.6 419 420.6 423.1 425.2 426.9 429.1 429.6 433.5 434.3 434.8 435.4 435.4 436.2 444 451.7 453 456.5 464.1 473.2 476.1 478.2 489.2 497 502.7 502.7 502.7 513.5 517.9 522.2 566.6 568.3 576.1 577.1 580.8 604.5 618.9 621.6 628.4
Here is a sample data set.
278.2 | 282.5 | 311.5 | 311.6 | 320.4 | 322.9 |
352.3 | 367.4 | 375.7 | 390.8 | 395.8 | 411.7 |
412.9 | 412.9 | 412.9 | 418.6 | 419 | 420.6 |
423.1 | 425.2 | 426.9 | 429.1 | 429.6 | 433.5 |
434.3 | 434.8 | 435.4 | 435.4 | 436.2 | 444 |
451.7 | 453 | 456.5 | 464.1 | 473.2 | 476.1 |
478.2 | 489.2 | 497 | 502.7 | 502.7 | 502.7 |
513.5 | 517.9 | 522.2 | 566.6 | 568.3 | 576.1 |
577.1 | 580.8 | 604.5 | 618.9 | 621.6 | 628.4 |
24681012141618length (cm)250300350400450500550600650Frequency[Graphs generated by this script: setBorder(54,40,20,15); initPicture(205,650,0,19);axes(1256.8,2,1,null,2); fill="blue"; textabs([165,0],"length (cm)","above");line([250,-0.38],[250,0.38]); text([250,0],"250","below");line([300,-0.38],[300,0.38]); text([300,0],"300","below");line([350,-0.38],[350,0.38]); text([350,0],"350","below");line([400,-0.38],[400,0.38]); text([400,0],"400","below");line([450,-0.38],[450,0.38]); text([450,0],"450","below");line([500,-0.38],[500,0.38]); text([500,0],"500","below");line([550,-0.38],[550,0.38]); text([550,0],"550","below");line([600,-0.38],[600,0.38]); text([600,0],"600","below");line([650,-0.38],[650,0.38]); text([650,0],"650","below");textabs([0,115],"Frequency","right",90);rect([250,0],[300,2]);rect([300,0],[350,4]);rect([350,0],[400,5]);rect([400,0],[450,19]);rect([450,0],[500,9]);rect([500,0],[550,6]);rect([550,0],[600,5]);rect([600,0],[650,4]);]
Find the minimum for this data set.
min =
Find the first
Q1 =
Find the
Mdn =
Find the third quartile for this data set.
Q3 =
Find the maximum for this data set.
max =
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