A= 7.14 A= 8.34 A= 1.4 A= 0.26 A= degrees of freedom is 1 B= ~94% data B= ~ 96% B= No, data is is NOT chance B= 12.33 NOT random that data is significant NOT C= no…null is C= random Yes, rejected. independent assortment and C= Alternative segregation IS hypothesis occurring b/c IS accepted these are random processes and data is due to chance (null is accepted) A= Coin toss is A= 24.96 A= 6.00 A= Null is A= No, genes did NOT biased accepted NOT undergo independent assortment B= B= YES, the Reject null B= B= 1.13 the p value is and data is because segregation not 5% VERY there is ~2% B = b/c the null is (almost but C= ~0.55=p significant chance that rejected and not quite) or because you data is due data is NOT less chance random reject the to chance. that data is null and the random so the change in C= 8.03 C= The data IS deviations fish number “O” between significant. is NOT due “E” and are solely to solely due to D= ~98% chance. chance. chance that data C= 2.88 is NOT random. (p= ~2%) TOTAL SCORE: _______/ 5
A= degrees of freedom is 1 B= 12.33 C= no…null is rejected. A= 0.26 B= No, data is NOT significant A= 7.14 B= ~94% data is NOT random C= Yes, independent assortment and segregation IS occurring b/c these are random processes and data is due to chance (null is accepted) A= 8.34 B= ~ 96% chance that data is NOT random C= Alternative hypothesis IS accepted A= 1.4 A= Null is accepted B= 1.13 C= ~0.55=p A= No, genes did NOT undergo independent assortment and segregation B = b/c the null is rejected and data is NOT random C= 8.03 A= Coin toss is NOT biased B= the p value is not 5% (almost but not quite) or less chance that data is random so the deviations between “O” and “E” are solely due to chance. C= 2.88 A= 24.96 B= YES, the data is VERY significant because you reject the null and the change in fish number is NOT due solely to chance. A= 6.00 B= Reject null because there is ~2% chance that data is due to chance. C= The data IS significant. D= ~98% chance that data is NOT random. (p= ~2%) TOTAL SCORE: _______/ 5
chi_square_white_board_contest.docx