1.n=30, H0: mean=10, HA: mean<10, level of significance=0.01

Suppose the t statistic were calculated to be t = -3.141. Applying the __t distribution__ approximation, what is the **greatest lower bound** for the corresponding p-value that is implied by the above critical value table? What is the **least upper bound** for the p-value?

Now using a __normal approximation__ to the null distribution of the t statistic, what is the **greatest lower bound** for the p-value that is implied by the above critical value table? what is the **least upper bound** for the p-value?

2.n=21, H0: mean=100, HA: mean not equal 100, level of significance=0.05

Suppose the t statistic were calculated to be t = -0.242. Applying the __t distribution__ approximation, what is the **greatest lower bound** for the corresponding p-value that is implied by the above critical value table? What is the **least upper bound** for the p-value?

Now using a __normal approximation__ to the null distribution of the t statistic, what is the **greatest lower bound** for the p-value that is implied by the above critical value table? What is the **least upper bound** for the p-value?

### Recently Asked Questions

- Supply and Demand microeconomics What is the impact of a higher cost of tomatoes in the market for BLTs (bacon-lettuce-tomato sandwiches)? increase price

- Is the UN Security Council still a viable instrument for maintaining world peace?

- 2. Franks is looking at a new sausage system with an installed cost of $375,000. This cost will be depreciated straight-line to zero over the project’s