Answer :
Certainly! Let's determine the values for the specified chi-square quantities, rounding each answer to two decimal places.
(a) The value for \(\chi^2_{0.05, 5}\) is:
[tex]\[ 1.15 \][/tex]
(b) The value for \(\chi^2_{0.05, 10}\) is:
[tex]\[ 3.94 \][/tex]
(c) The value for \(\chi^2_{0.01, 10}\) is:
[tex]\[ 2.56 \][/tex]
(d) The value for \(\chi^2_{0.005, 10}\) is:
[tex]\[ 2.16 \][/tex]
(e) The value for \(\chi^2_{0.99, 10}\) is:
[tex]\[ 23.21 \][/tex]
(f) The value for \(\chi^2_{0.925, 10}\) is:
[tex]\[ 16.97 \][/tex]
These are the chi-square values rounded to two decimal places for the given degrees of freedom and significance levels.
(a) The value for \(\chi^2_{0.05, 5}\) is:
[tex]\[ 1.15 \][/tex]
(b) The value for \(\chi^2_{0.05, 10}\) is:
[tex]\[ 3.94 \][/tex]
(c) The value for \(\chi^2_{0.01, 10}\) is:
[tex]\[ 2.56 \][/tex]
(d) The value for \(\chi^2_{0.005, 10}\) is:
[tex]\[ 2.16 \][/tex]
(e) The value for \(\chi^2_{0.99, 10}\) is:
[tex]\[ 23.21 \][/tex]
(f) The value for \(\chi^2_{0.925, 10}\) is:
[tex]\[ 16.97 \][/tex]
These are the chi-square values rounded to two decimal places for the given degrees of freedom and significance levels.
