Answered step by step
Verified Expert Solution
Link Copied!

Question

1 Approved Answer

The variable HERE takes values 0 or 1, where HERE =1 is for those who are still employed by the company and HERE =0 is

The variable "HERE" takes values 0 or 1, where "HERE =1" is for those who are still employed by the company and "HERE =0" is for those who left the company. Is there significant evidence, at 5% level of significance, to suggest that employees who left the company received significantly different percentage of 3-month evaluations than those who are still with the company? The type of evaluation, 3-month or annual, is captured by the variable "TYPE", where 0 indicates a 3-month evaluation and 1 indicates an annual evaluation.

1. State the null and alternative hypotheses.

2.Calculate the test statistic.

3. Find the critical values or the p-value.

4. State your decision and conclusion in the context of the problem.

SCORE LAG EMP@EOY POS@EOY DEPT GRADE EDUC EMP@E..S@EVAL TYPE JOB HERE
184 -7 7.289999962 7.289999962 40 8 13 7.119999886 7.119999886 1 2 1
155 9 2.920000076 2.119999886 55 13 13 1.820000052 1.019999981 1 4 1
132 21 0.769999981 0.769999981 55 13 16 0.310000002 0.310000002 0 4 1
118 -7 0.800000012 0.800000012 55 4 13 0.230000004 0.230000004 0 1 1
102 15 13.77999973 4.699999809 41 2 12 13.15999985 4.070000172 1 1 1
178 4 9.649999619 9.649999619 64 3 12 9.020000458 9.010000229 1 1 1
115 2 2.190000057 2.190000057 41 9 16 2.150000095 2.150000095 1 2 1
128 13 0.5 0.5 62 8 16 0.289999992 0.289999992 0 2 1
99 35 12.76000023 2.730000019 62 2 12 12.10000038 2.069999933 1 1 1
133 -2 4.489999771 0.509999991 71 11 16 4.230000019 0.25 0 3 1
158 12 5.139999866 2.039999962 55 10 12 4.130000114 1.029999971 1 3 1
125 0 6.940000057 6.940000057 62 8 16 6 6 1 2 1
113 2 1.879999995 0.389999986 73 8 14 1.75 0.259999991 0 2 1
121 -12 6.349999905 0.280000001 73 17 18 6.289999962 0.219999999 0 4 1
172 10 3.779999971 3.779999971 72 8 16 3.029999971 3.029999971 1 2 1
159 49 11.69999981 11.69999981 64 8 14 11.67000008 11.67000008 1 2 1
135 14 6.099999905 3.170000076 55 4 13 5.829999924 2.900000095 1 1 1
155 7 7.590000153 5.289999962 55 10 18 7.320000172 5.019999981 1 3 1
128 22 0.560000002 0.560000002 41 2 13 0.310000002 0.310000002 0 1 1
127 62 3.420000076 3.420000076 73 10 16 3.170000076 3.170000076 1 3 1
134 45 0.310000002 0.310000002 62 8 16 0.370000005 0.370000005 0 2 1
126 13 0.769999981 0.439999998 55 2 12 0.289999992 0.050000001 0 1 1
131 16 4.239999771 4.239999771 41 10 18 4.050000191 4.050000191 1 3 1
136 -2 0.959999979 0.959999979 55 2 12 0.239999995 0.239999995 0 1 1
155 8 0.370000005 0.370000005 41 11 16 0.270000011 0.270000011 0 3 1
125 17 0.419999987 0.419999987 40 13 16 0.300000012 0.300000012 0 4 1
128 21 0.389999986 0.389999986 72 8 14 0.310000002 0.310000002 0 2 1
164 3 4.869999886 4.869999886 64 8 14 4.010000229 4.010000229 1 2 1
90 27 0.74000001 0.74000001 72 2 12 0.319999993 0.319999993 0 1 1
146 -5 4.28000021 2.789999962 73 11 14 3.470000029 1.99000001 1 3 1
159 19 0.920000017 0.280000001 55 14 20 0.949999988 0.300000012 0 4 1
125 12 4.800000191 4.800000191 74 8 16 4.039999962 4.039999962 1 2 1
129 36 3.420000076 3.420000076 62 8 14 3.099999905 3.099999905 1 2 1
149 4 2.609999895 1.279999971 63 8 16 2.339999914 1.00999999 1 2 1
182 -7 7.340000153 7.340000153 72 10 16 6.980000019 6.980000019 1 3 1
172 42 3.75999999 2.339999914 62 10 14 3.789999962 2.380000114 1 3 1
137 -11 6.519999981 0.280000001 71 17 16 6.46999979 0.219999999 0 4 1
171 30 3.160000086 2.75 62 3 12 2.5 2.079999924 1 1 1
144 34 1.269999981 0.730000019 55 3 12 1.090000033 0.550000012 1 1 1
163 28 1.389999986 1.389999986 61 8 14 1.090000033 1.080000043 1 2 1
165 4 6.889999866 5.119999886 74 8 16 6.75 4.980000019 1 2 1
128 11 6.519999981 5.389999866 72 3 12 6.170000076 5.03000021 1 1 1
133 6 1.289999962 1.289999962 63 8 14 1.019999981 1.019999981 1 2 1
162 -5 4.949999809 4.949999809 64 8 14 3.99000001 3.99000001 1 2 1
119 8 0.529999971 0.529999971 65 8 16 0.270000011 0.270000011 0 2 1
131 34 0.370000005 0.370000005 74 4 12 0.349999994 0.349999994 0 1 1
149 62 2.420000076 0.74000001 55 9 12 2.099999905 0.419999987 0 2 1
167 24 0.370000005 0.370000005 41 2 12 0.319999993 0.319999993 0 1 1
136 13 1.309999943 1.309999943 63 3 14 1.039999962 1.039999962 1 1 1
150 21 0.560000002 0.560000002 41 2 14 0.310000002 0.310000002 0 1 1
135 8 0.810000002 0.810000002 73 10 14 0.270000011 0.270000011 0 3 1
176 64 17.23999977 17.23999977 62 3 12 17.19000053 17.19000053 1 1 1
115 19 0.330000013 0.330000013 72 8 18 0.300000012 0.300000012 0 2 1
155 0 5.860000134 5.860000134 65 3 12 5 5 1 1 1
127 -12 1.169999957 1.169999957 62 3 13 0.970000029 0.970000029 1 1 1
61 37 4.71999979 0.280000001 62 6 14 4.789999962 0.349999994 0 1 1
115 15 3.160000086 0.860000014 55 2 13 2.579999924 0.280000001 0 1 1
121 23 1.690000057 0.709999979 55 2 14 1.289999962 0.310000002 0 1 1
160 -14 1.419999957 1.419999957 72 8 14 0.959999979 0.959999979 1 2 1
162 -1 12.57999992 3.99000001 72 13 14 11.59000015 3 1 4 1
155 4 2.859999895 2.859999895 72 8 14 2.00999999 2.00999999 1 2 1
124 -2 5.320000172 0.509999991 73 10 16 5.050000191 0.25 0 3 1
141 12 1.419999957 0.74000001 73 5 14 0.959999979 0.280000001 0 1 1
124 13 1.24000001 1.24000001 61 8 14 1.039999962 1.039999962 1 2 1
131 79 4.760000229 4.760000229 63 8 14 4.21999979 4.21999979 1 2 1
111 9 4.349999905 2.690000057 73 3 12 3.690000057 2.019999981 1 1 1
135 10 4.010000229 0.560000002 62 10 14 3.700000048 0.280000001 0 3 1
164 33 7.639999866 7.639999866 64 8 14 7.599999905 7.599999905 1 2 1
127 5 0.460000008 0.460000008 62 8 14 0.270000011 0.270000011 0 2 1
111 3 4.909999847 0.509999991 73 10 16 4.670000076 0.259999991 0 3 1
171 31 8.100000381 6.5 61 3 12 7.679999828 6.090000153 1 1 1
123 27 2.730000019 2.730000019 74 8 14 2.069999933 2.069999933 1 2 1
128 15 0.939999998 0.939999998 62 8 16 0.289999992 0.289999992 0 2 1
128 -6 0.629999995 0.629999995 62 8 16 0.239999995 0.239999995 0 2 1
132 -12 0.879999995 0.879999995 70 6 16 0.209999993 0.209999993 1 1 1
173 34 8.729999542 8.729999542 63 8 14 8.100000381 8.100000381 1 2 1
126 36 0.899999976 0.540000022 72 3 12 0.720000029 0.349999994 0 1 1
120 8 2.960000038 1.129999995 62 8 14 2.019999981 0.200000003 0 2 1
121 30 0.959999979 0.959999979 65 3 12 0.330000013 0.330000013 0 1 1
111 12 0.920000017 0.920000017 74 8 14 0.280000001 0.280000001 0 2 1
129 58 0.959999979 0.959999979 61 3 14 0.409999996 0.409999996 0 1 1
132 9 2.519999981 2.519999981 71 10 16 2.069999933 2.069999933 1 3 1
75 10 10.89999962 6.5 55 10 16 10.92000008 6.53000021 1 3 1
157 6 12.76000023 12.76000023 73 4 12 12.02000046 12.02000046 1 1 1
155 20 7.389999866 3.119999886 73 13 16 7.329999924 3.049999952 1 4 1
152 -2 3.279999971 3.279999971 62 8 14 2.99000001 2.99000001 1 2 1
121 5 5.809999943 0.920000017 62 3 12 5.150000095 0.259999991 0 1 1
112 18 0.939999998 0.939999998 62 8 14 1.299999952 1.299999952 1 2 1
170 4 3.420000076 3.420000076 62 8 16 3.00999999 3.00999999 1 2 1
159 13 4.800000191 4.800000191 65 8 16 4.039999962 4.039999962 1 2 1
124 17 0.649999976 0.649999976 72 8 14 0.300000012 0.300000012 0 2 1
174 -7 3.440000057 3.440000057 62 8 16 2.980000019 2.980000019 1 2 1
120 9 2.440000057 1.129999995 74 13 16 1.580000043 0.280000001 0 4 1
139 0 1.960000038 0.889999986 55 10 14 1.309999943 0.239999995 0 3 1
139 0 2.75999999 2.75999999 72 2 12 2 2 1 1 1
160 -3 1.690000057 1.350000024 41 14 18 1.330000043 0.99000001 1 4 1
133 -3 5.349999905 5.349999905 72 8 14 4.989999771 4.989999771 1 2 1
147 14 7.559999943 7.559999943 64 8 16 7.559999943 7.559999943 1 2 1
126 15 0.519999981 0.519999981 61 8 18 0.289999992 0.289999992 0 2 1
112 -3 6.78000021 0.280000001 64 13 18 6.739999771 0.239999995 0 4 1
140 16 0.959999979 0.74000001 72 3 13 0.519999981 0.289999992 0 1 1
124 60 1.879999995 0.389999986 62 10 14 1.909999967 0.419999987 0 3 1
104 10 1.99000001 1.99000001 72 2 14 1.029999971 1.029999971 1 1 1
126 30 2.779999971 0.270000011 73 8 14 2.839999914 0.330000013 0 2 1
140 20 5.050000191 0.910000026 41 4 12 4.429999828 0.300000012 0 1 1
106 7 8.149999619 0.75 71 9 12 7.670000076 0.270000011 0 2 1
138 7 0.730000019 0.730000019 72 4 12 0.270000011 0.270000011 0 1 1
135 5 2.230000019 0.810000002 55 3 12 1.679999948 0.270000011 0 1 1
105 35 0.280000001 0.280000001 72 8 16 0.349999994 0.349999994 0 2 1
143 2 14.27000046 14.27000046 73 11 16 14.02999973 14.02999973 1 3 1
131 27 2.940000057 2.690000057 55 10 18 1.320000052 1.070000052 1 3 1
108 -10 11.27999973 0.280000001 74 17 14 11.22000027 0.219999999 0 4 1
171 -7 5.329999924 2.079999924 72 10 14 4.380000114 1.129999995 1 3 1
152 22 2.670000076 2.230000019 55 5 13 2.5 2.059999943 1 1 1
171 15 5.889999866 5.21999979 64 3 12 5.71999979 5.039999962 1 1 1
152 8 1.960000038 1.960000038 62 2 12 1.019999981 1.019999981 1 1 1
115 69 0.460000008 0.319999993 72 3 12 0.579999983 0.439999998 0 1 1
80 8 0.479999989 0.479999989 41 4 12 0.270000011 0.270000011 0 1 1
115 15 2.130000114 0.360000014 41 5 16 2.059999943 0.289999992 0 1 1
134 -8 7.349999905 0.280000001 61 13 14 7.300000191 0.230000004 0 4 1
132 10 1.690000057 0.74000001 55 3 13 1.230000019 0.280000001 0 1 1
137 19 12.69999981 0.280000001 55 17 18 12.72000027 0.300000012 0 4 1
129 12 2.700000048 0.939999998 62 3 13 2.046999931 0.280000001 0 1 1
154 11 16.85000038 13.51000023 41 14 14 16.59000015 13.25 1 4 1
113 2 5.900000095 0.980000019 71 13 14 5.179999828 0.25 0 4 1
104 5 1.99000001 1.99000001 55 2 12 1.00999999 1.00999999 1 1 0
131 -4 1.100000024 1.100000024 72 8 14 0.239999995 0.239999995 0 2 0
117 34 0.810000002 0.810000002 62 8 14 0.349999994 0.349999994 0 2 0
171 -7 18.14999962 13.78999996 65 13 14 17.34000015 12.98999977 1 4 0
90 9 1.190000057 1.190000057 74 8 14 0.280000001 0.280000001 0 2 0
123 6 1.25 1.25 74 8 14 0.270000011 0.270000011 0 2 0
101 -3 8.25 4.489999771 62 13 16 7.760000229 3.99000001 1 4 0
40 87 0.959999979 0.959999979 62 8 18 0.479999989 0.479999989 0 2 0
117 6 2.799999952 2.799999952 74 8 14 2.019999981 2.019999981 1 2 0
132 9 1.269999981 1.269999981 74 8 14 1.019999981 1.019999981 1 2 0
159 -14 1.840000033 1.840000033 72 2 18 0.959999979 0.959999979 1 1 0
105 26 11.38000011 10.13000011 55 4 12 10.81999969 9.569999695 1 1 0
106 6 2.049999952 0.639999986 73 8 14 1.679999948 0.270000011 0 2 0
116 10 0.579999983 0.579999983 41 3 12 0.280000001 0.280000001 0 1 0
171 21 2.74000001 2.74000001 62 8 16 2.059999943 2.059999943 1 2 0
143 35 7.519999981 5.320000172 65 8 16 7.329999924 5.119999886 1 2 0
90 3 0.649999976 0.649999976 74 8 14 0.259999991 0.259999991 0 2 0
115 24 0.920000017 0.920000017 41 3 12 0.310000002 0.310000002 0 1 0
117 10 0.419999987 0.419999987 71 8 16 0.280000001 0.280000001 0 2 0

Step by Step Solution

There are 3 Steps involved in it

Step: 1

blur-text-image

Get Instant Access with AI-Powered Solutions

See step-by-step solutions with expert insights and AI powered tools for academic success

Step: 2

blur-text-image

Step: 3

blur-text-image

Ace Your Homework with AI

Get the answers you need in no time with our AI-driven, step-by-step assistance

Get Started

Recommended Textbook for

Managerial Accounting

Authors: Ray Garrison, Theresa Libby, Alan Webb

9th canadian edition

1259269477, 978-1259269479, 978-1259024900

Students also viewed these Mathematics questions