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Posted: **Tue Jul 12, 2022 12:07 pm**

: The Following Table Shows The Results Of Two Random Samples That Measured The Average Number Of Minutes Per Charge For A 1 (30.21 KiB) Viewed 65 times

: The Following Table Shows The Results Of Two Random Samples That Measured The Average Number Of Minutes Per Charge For A 2 (27.9 KiB) Viewed 65 times

: The Following Table Shows The Results Of Two Random Samples That Measured The Average Number Of Minutes Per Charge For A 3 (25.75 KiB) Viewed 65 times

The following table shows the results of two random samples that measured the average number of minutes per charge for AA Lithium-ion (Li-ion) rechargeable batteries versus Nickel-Metal Hydride (NiMH) rechargeable batteries. Complete parts a through c. Sample mean Sample standard deviation. Sample size Ho: H1-H2 H₁: H₁ H₂ Li-ion 96.1 6.5 14 0 ▼0 NiMH 82.4 11.3 18 a. Perform a hypothesis test using a = 0.10 to determine if the average number of minutes per charge differs between these two battery types. Assume the population variances for the number of minutes per charge are not equal. Determine the null and alternative hypotheses for the test. CREED

V Use this information to draw a conclusion about the test. b. Identify the p-value from part a and interpret the result. The p-value is the probability of observing a sample mean at least as hungthonin toat

he p-va null hypothesis. Use this information to interpret the p-value. c. What assumptions need to be made in order to perform this procedure? If both sample sizes are not each at least 30, then one must assume that the underlying this procedure Also, one must assume that the samples