Vehicle type/class	Year	Make	Model	Price	MPG (city)	MPG (highway)	Drive type
sedan	2021	toyota	camry XLE	$ 33,372.00	24	34	all-wheel drive
sedan	2021	Nissan	Altima 2.5 SV	$ 31,633.00	28	39	all-wheel drive
sedan	2021	Honda	Accord Hybrid Touring	$ 37,435.00	44	41	2 wheel drive - front
sedan	2021	Audi	A4 2.0T Premium	$ 48,765.00	24	34	All wheel drive
sedan	2021	Volkswagen	Arteon SE	$ 38,774.00	22	32	2 wheel drive - front
sedan	2022	toyota	Prius Prime LE	$ 28,220.00	55	54	2 wheel drive - front
crossover	2021	Subaru	Crosstrek 2.0i Premium	$ 28,827.00	28	33	All wheel drive
sedan	2022	Hyundai	Accent SEL	$ 17,940.00	33	41	2 wheel drive - front
sedan	2020	Hyundai	Elantra SEL	$ 19,300.00	31	41	2 wheel drive - front
Hatchback	2021	maza	MAZDA3	$ 35,220.00	23	31	All wheel drive
			Mean	$ 31,948.60
			Median	$ 32,502.50
			SD	9141.969812
			Sample size	10
			p	0.5
			q	0.5

Along with finding a p and q from Week 3. Using this information, calculate two 95% confidence intervals. For the first interval you need to calculate a T-confidence interval for the sample population. You have the mean, standard deviation and the sample size, all you have left to find is the T-critical value and you can calculate the interval. For the second interval calculate a proportion confidence interval using the proportion of the number of cars that fall below the average. You have the p, q, and n, all that is left is calculating a Z-critical value,

Make sure you include these values in your post, so your fellow classmates can use them to calculate their own confidence intervals. Once you calculate the confidence intervals you will need to interpret your interval and explain what this means in words.

Do the confidence intervals surprise you, knowing what you have learned about confidence intervals, proportions and normal distribution?