Use your Ti-84 to test the claim of linear correlation for the data below, then select the correct screen shot Bivariate
Posted: Wed May 11, 2022 5:03 pm
Use your Ti-84 to test the claim of linear correlation for the data below, then select the correct screen shot Bivariate Data X 3 -2 -1 -1 1 2 y -2 3 -1 6 8 12
NORMAL FLOAT AUTO REAL RADIAH HP 0 LinRenTest yma+bx B20 and 20 t=-17.09742034 p#6.864181774-5 df-4 a-6.605042017 b= -2.042016807 ts=0.9212705677 NORMAL FLOAT AUTO RCAL RADIAN HP 0 LinRegtTest ya+bx B and P20 t=7.768272394 p=0.0014802535 df-4 a=3.448275862 b=2.655172414 1s=1.502870616 NORMAL FLOAT AUTO ECHLOZANH LinRegtest yabx Bw and Pub t= -13.15957111 pe1.92596163 E-4 df 4 a-17.49019608 b=-4.205882353 1s=1.863609191 None of these NORMAL FLOAT AUTO REAL ESTAR LinRennes ya+bx BW and Pr@ 8.314719707 p=0.0011428798 df4 a=-1.816393443 b=2.170491803 *s=1.861164604
NORMAL FLOAT AUTO REAL RADIAH HP 0 LinRenTest yma+bx B20 and 20 t=-17.09742034 p#6.864181774-5 df-4 a-6.605042017 b= -2.042016807 ts=0.9212705677 NORMAL FLOAT AUTO RCAL RADIAN HP 0 LinRegtTest ya+bx B and P20 t=7.768272394 p=0.0014802535 df-4 a=3.448275862 b=2.655172414 1s=1.502870616 NORMAL FLOAT AUTO ECHLOZANH LinRegtest yabx Bw and Pub t= -13.15957111 pe1.92596163 E-4 df 4 a-17.49019608 b=-4.205882353 1s=1.863609191 None of these NORMAL FLOAT AUTO REAL ESTAR LinRennes ya+bx BW and Pr@ 8.314719707 p=0.0011428798 df4 a=-1.816393443 b=2.170491803 *s=1.861164604