(21-2₂) - do SpV/1/n1+1/2 v = n₁ + 1₂-2, 01 02 but unknown, (n-1)+ (n2₂ - 1)s n₁+n₂-2 The following data represent the length of time, in days, to recovery for patients randomly treated with one of two medications to clear up severe bladder infections: 1-4₂= do Medication 1 14 17 1.5 Medication 2 16 19 1.8 n X $² Using 0.01 level of significance, determine if medication 1 is more effective in treating the infection than medication 2, assuming normal populations with equal variances

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(1-2)-do
t=
Sp1/n1 + 1/2'
v = n₁ + n₂ = 2,
01 02 but unknown,
(₁1)8+ (n − 1)s
n₁+n₂-2
The following data represent the length of time, in days, to recovery for patients
randomly treated with one of two medications to clear up severe bladder
infections:
n
Xx
s²
1₂ do
Medication 1
14
17
1.5
Medication 2
16
19
1.8
Using 0.01 level of significance, determine if medication 1 is more effective in
treating the infection than medication 2, assuming normal populations with
equal variances
Reject Ho: Medication 1 is more effective than Medication 2.
Transcribed Image Text:(1-2)-do t= Sp1/n1 + 1/2' v = n₁ + n₂ = 2, 01 02 but unknown, (₁1)8+ (n − 1)s n₁+n₂-2 The following data represent the length of time, in days, to recovery for patients randomly treated with one of two medications to clear up severe bladder infections: n Xx s² 1₂ do Medication 1 14 17 1.5 Medication 2 16 19 1.8 Using 0.01 level of significance, determine if medication 1 is more effective in treating the infection than medication 2, assuming normal populations with equal variances Reject Ho: Medication 1 is more effective than Medication 2.
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