could you please answer all 3 questions and draw the graph? Also can you please do it ASAP? Thank you!

Groups Control 25 me/L NaF ROS (fluorescence inten- 50 me/L. Nak 100 mg/L NaF 55. 40 sity/mgprot) 1640 + 236 1670 + 215 1713 + 306 2359 + 437 62.56 T-AOC (U/mgprot) MDA (nmol/mgprot) 6.62 + 2.01 2.84 + 0.99 3.30 + 0.23 1.98 1 0.44. GSH (umoV/L) 1.91 + 0.59 3.61 + 0.55 4.51 + 0.59 7.46 + 1.33.. GPx (U/mgprot) 17.56 + 1.19 9.37 + 0.73+ 8.60 + 0.29+ 7.79 +0.33- 1. 63 GR (U/mgprot) 55.40 + 7.10 45.18 + 6.44 40.65 + 4.05 33.07 + 4.32" 11.52 + 1.71 8.90 + 1.22 8.18 + 0.58 1. 9 1 + 5.73 6.36 +0.94* to. sq 40:29 GST (U/mgprot) 34.56 + 5.73 21.82 + 2.88 21.65 + 0.87 18.29 + 2.00* 2. 50 1640+ 236 = 1876 Now, it is your turn to graph, using proper standard deviation. This step has been on the FRO section of the AP Exam 17.58 before. 180 170 - 160 150 140 120 10 70 60 50 40 30 20 10 GR GST T-AOC MPH GISH GPX ROS 0 ( fluorescence intensity ) Groupsname : Aileen choi Statistical Significance and Error Bars For every lab, there is error. This is represented by a lot of statistical mumbo-jumbo within a graph (confidence intervals, error bars, standard deviation etc.). The biggest concept for AP Bio is to be able to plot them and be able to use them. --SO--- Look at the graph below and notice the error bars. Then, after listening to my brief notes, answer the questions below. Annual Precipitation 350 - Snow Rain 300 250 200 Depth (cm) 150 100 50 Calgary Halifax Montreal Quebec Ottawa Toronto Vancouver City Questions: 1) How is statistical significant determined based on a graph like this one? The statistical significant is determined by the error bars in the graph. 2) Are any of the points statistically significant? Explain. Points that are statistically significant are rain in Halifax, snow in Quebec, and rain in vancover. 3) What is wrong about this graph? . This graph is wrong because there are many enor bars. What about turning a table into a graph? This can get a little trickier. Examine the data below