Can someoneI help me understand this? All of the data is below where each square has a percentage of budding cells at a time (4, 4.5, and 5 hrs), and ethanol percentage (0%, 20%, 40%, and 80%). All of this has to be done in R and RStudio and questions answered. I'm lost and could use some help. Thank you.

C. Data analysis Effects across time Q3. What are Ho and HA? Q4. Which hypothesis is supported by the data? Q4.a. 0% ethanol Q4.b. 20% ethanol Q4.c. 40% ethanol Q4.d. 80% ethanol Effects across treatment Q5. What are Ho and HA? Q6. Which hypothesis is supported by the data? Q6.a. 4.0 hr Q6.b. 4.5 hr Q6.c. 5.0 hr Page 4 of 4bulling cell / OIELOH 40/ EtOH 2 3 4 51 6 3 40 2 20% 18 4 45% 15 6 171. 2 121 15% 4.0 11 7. 20% 18% 231 14 %1 14 1 15 24% 140 29 15/ 19% 87 45 137 24% 23/ 5.0 22% 33 15 17% 164 5.0 62 11% 13% 6 124% BIOL4101-003 9/15/ 21 Ex . 4 BIOL- 003 9 / 15 / 21 EX 4 20% EtOH 80/. ELOH group time Cha) 2 3 14 5 6 2 3 6 4.0 32% 16%% 14% 15% 18% 8% 40 20% 12% 232 13% 181 127 4.5 19% 10% 12% 21% 13%% 21% 21% 97. 22% 181 14% 5.0 20% 5 % 10 25 18% 18% 5.0 19% 9% 16% 4 0% EtOH 40% EtOH budding cell. y budding cell %. group 2 3 4 5 6 2 3 4 5 6 40 15% 7% 3 0/ 32 40 23% 22% 270 54% 83% 17 19% /220 13%|10% 162 302 45 9 % 16 % 60806 62% 47%/ 73% 5.0 182 38% 5% 1 1% 172 5.0 27% 10% 20% 43 61% / 64 %% BIOL 4101 - 004 9/17 /21 Ex.4 BIOL 4101- 004 9/17/21 Ex4 20% EtOH 801. EtOH 2 3 4 5 16 2 B 5 4.0 12% 15% 23 20 LO 672 12% 12% 71% 4.5 9% 51 15% 29/ 13% 29% 61. 13% 30% 24% 17% 5.0 22% 11% 1242 7%% 7.1 10%% 37% 282 2 1%B. Tests of significance Enter the results into Tables 2A and 2B. Table 2.A. Comparison of mean budding-percentage across time. Time (hr) Ethanol 4.5 5.0 concentration (%) P Ho? effect P Ho? effect ratio ratio 0 20 40 80 Table 2.B. Comparison of mean budding-percentage across treatment. Ethanol concentration (%) Time 20 40 80 (min) P Ho? effect P Ho? effect Ho? effect ratio ratio ratio 4.0 4.5 5.0 Page 3 of 4(Budding cell y ) 0% ELDH 40% ELOH goup 2 3 4 5 6 2 3 4 6 4. 0 17% 16% | 22% 19% 34 54% 4.0 18% 14% 29% 10% 12 % 19% +5 19% 13%/24% 13% 41 26 % 45 125% 13% 15% 11% 20% 12% 5.0/20% 14% 30% 7% 20 19% 5.0 33%) 610 / 161 / 18% 37% BIOL 4101- 001 9/13/21 Ex 4. BIOL 4101- 00/ 9/13 / 21 EX. 4 20% ELDH 80% EtOH group 2 3 4 5 6 2 3 4I 6 4.0 22% 22 10% 21% 16 28% 4.0 29% 190 29% 13 % 4.5 3% 25% 19% 25% 15% 20% 14 33% 45 5.0 14 % 15%% 111 8% 23% 14% 44% 13/ 11% 14% 14 22% 5.0 17% 8% 261 16%% 7% 5% bulling cell / OIELOH time(hr ) 40 / EtOH 2 3 4 5 6 4.0 227 20% 30% 2 3 227 4 5 192 6 15% 4.0 12% 30% 21% 12% 4.5 24% 207 142 8%. 15 17% 17% 21 1 15 7% 5.0 261 13/171 27 122 5.0 29%/ 13% 91. 91 12% BIOL4101-002 9/15/ 21 Ex.4 BIOL - 002 9/15 /21 EX 4 20% ELOH 801. ETOH group time chat 2 3 4 5 16 2 3 4 4.0 30% 13% 242 140 17% 13% 40 157 0% 20% 9%. 4.5 12 % 18/ 10/ 19% 13% 16 % 12/ 4.5 137 10% 8% 151 13% 14% 5.0 13% 7/179 15% 15% 161 5.0 1 18 % 8% 71. 7.1 10%A. Shapiro tests of raw data Perform Shapiro tests on your raw-data vectors. Enter information below. Table 1. Results of Shapiro tests of raw data. Vector p value Accept/reject Ho? t40e00 t40e20 t40e40 t40e80 t45e00 t45e20 t45e40 t45e80 t50e00 t50e20 t50e40 t50e80 Q1. Which test of significance will you use on your data vectors? Q2. In one sentence, what lead you to choosing the test of significance selected in Q1? ? Page 2 of 4