A federal government agency that is responsible for setting vehicle fuel economy standards for automobile manufacturers is conducting research in order to update its fuel economy standards for the year 2030. Automobilemanufacturers, andconsumers, are highly interested in what theagency's findings and determinations will be as this will affect every vehicle in the United States. The federal government agency is very interested in the relationship between the weight of a vehicle and thevehicle's fuel economy(average miles per gallon(MPG)). Specifically, the agency is concerned that if the current trend of automobile manufacturers producing heavier new vehicles continues that its fuel economy targets will not be met. Theagency's research department recently collected data for analysis in order to support theagency's upcoming discussion with industry regarding its proposed 2030 fuel economy standards. The average MPG from a random sample of 750 vehicles was recently calculated by the agency. The research division also collected the vehicle weight of these 750 randomly sampled vehicles. The VehicleNumber, Type, VehicleWeight, AverageMPG, Fuel Tank Size(Gallons), Engine Size(Liters), and Meet or Not Meet Current Standards data were collected for these 750 vehicles.

Question 1 (4 points)

Agency leadership is interested in analyzing the engine sizes of this sample of 750 vehicles.(Use the mean and standard deviation of the Engine Size(L) data.Also, if appropriate based upon your visual analysis of a histogram of the Engine Size(L) data, use the Normal distribution to answer thisquestion.)

Calculate the probability of randomly selecting a vehicle with an engine size less than 2.7 L.

enter your response here

%

(Round to two decimal places asneeded.)

Part 2

Calculate the probability of randomly selecting a vehicle with an engine size greater than 3.9 L.

enter your response here

%

(Round to two decimal places asneeded.)

Part 3

Calculate the probability of randomly selecting a vehicle with an engine between than 3.1 L and 4.2 L.

enter your response here

%

(Round to two decimal places asneeded.)

Part 4

Calculate the engine size that represents the 10th percentile of this sample.

enter your response here

L

(Round to two decimal places asneeded.)

Question 2 (3 points)

Agency leadership is very interested in trend analysis. Using the 750 randomly selected vehicles as theirsample, data was collected to determine which vehicles currently meet or exceed fuel economy standards and which vehicles currently do not meet fuel economy standards. This information is found in the Meet or Not Meet Current Standards column. Agency leadership asks your team to construct a95% One-Sample proportion confidence interval for the population proportion of all vehicles that meet current fuel economy standards. Assume that all necessary Central Limit Theorem conditions for aOne-Proportion confidence interval have been met.

What is the95% lowerlimit?

enter your response here

%

(Round to two decimal places asneeded.)

What is the95% upperlimit?

enter your response here

%

(Round to two decimal places asneeded.)

Using the95% confidenceinterval, would it be plausible to conclude that the population proportion of vehicles that currently meet fuel economy standards is90%?

A.

No, since90% lies within the constructed confidence interval.

B.

Yes, since90% lies outside the constructed confidence interval.

C.

No, since90% lies outside the constructed confidence interval.

D.

Yes, since90% lies within the constructed confidence interval.

Question 3 (10 points)

Agency leadership decides to run a One Proportion hypothesis test to determine if the proportion of all vehicles that meet or exceed current fuel economy standards is less than90%. Assume that all necessary Central Limit Theorem conditions for aOne-Proportion Z-test have been met.

What is the appropriate null hypothesis in thiscase?

What is the appropriate null hypothesis in this case?

The proportion of all vehicles that meet or exceed current fuel economy standards is _________ 90%.

Please choose the most appropriate words to put in the above blank:

1. equal to
2. greater than
3. not equal to
4. less than

What is the appropriate alternative hypothesis in this case?The proportion of all vehicles that meet or exceed current fuel economy standards is _________ 90%

Please choose the most appropriate words to put in the above blank:

1. equal to
2. greater than
3. not equal to
4. less than

What is the test statistic for this hypothesistest?

The test statistic is

enter your response here

.

(Round to two decimal places asneeded.)

.

What is thep-value for this hypothesistest?

Thep-value is

enter your response here

(Round to three decimal places asneeded.)

What would you conclude based on an = 0.05 level?

We ___(1)____ the null hypothesis and _____(2)____ the alternative hypothesis since there ___(3)_____ sufficient evidence that the proportion of all vehicles that meet or exceed current fuel economy standards is ___(4)____ than 90% due to the p-value being __(5)______ than the level.

Please fill in the blanks above with the appropriate words.

For (1), the choices are

1. fail to reject
2. reject

For (2), the choices are

1. accept
2. do not accept

For (3), the choices are

1. is
2. is not
3. For (4), the choices are
4. less
5. greater

For (5), the choices are

1. greater
2. less

Explain the results of your hypothesis test. What does the p-value signify? Would you say the observed outcome was unusual? If so, how unusual was the outcome?

Question 4 (4 points)

Agency leadership decides to use the vehicle weight data from its random sample of 750 vehicles to estimate the mean vehicle weight of all passenger vehicles currently on the road. Construct a 95% One-Sample T confidence interval for the mean vehicle weight of all passenger vehicles currently on the road. Assume that all necessary Central Limit Theorem conditions for a One-Sample T confidence interval have been met.

Agency leadership decides to use the vehicle weight data from its random sample of 750 vehicles to estimate the mean vehicle weight of all passenger vehicles currently on the road. Construct a95% One-Sample T confidence interval for the mean vehicle weight of all passenger vehicles currently on the

road.

Assume that all necessary Central Limit Theorem conditions for aOne-Sample T confidence interval have been met.

What is the95% lowerlimit?

enter your response here

(Round to two decimal places asneeded.)

Part 2

What is the95% upperlimit?

enter your response here

(Round to two decimal places asneeded.)

Part 3

Using the95% confidenceinterval, would it be plausible to conclude that the mean vehicle weight of all passenger vehicles currently on the road is 2500pounds?

A.

No, since 2500 lies outside the constructed confidence interval.

B.

Yes, since 2500 lies within the constructed confidence interval.

C.

Yes, since 2500 lies outside the constructed confidence interval.

D.

No, since 2500 lies within the constructed confidence interval.

Part 4

Explain why the agency would construct a confidence interval instead of collecting vehicle weight information of all passenger vehicles currently on the road.

Question 5 (4 points)

Agency leadership decides to use the vehicle weight data from its random sample of 750 vehicles to estimate the mean vehicle weight of all passenger vehicles currently on the road. Construct a 90% One-Sample T confidence interval for the mean vehicle weight of all passenger vehicles currently on the road. Assume that all necessary Central Limit Theorem conditions for a One-Sample T confidence interval have been met.

Agency leadership decides to use the vehicle weight data from its random sample of 750 vehicles to estimate the mean vehicle weight of all passenger vehicles currently on the road. Construct a90% One-Sample T confidence interval for the mean vehicle weight of all passenger vehicles currently on the

road.

Assume that all necessary Central Limit Theorem conditions for aOne-Sample T confidence interval have been met.

What is the90% lowerlimit?

enter your response here

(Round to two decimal places asneeded.)

Part 2

What is the90% upperlimit?

enter your response here

(Round to two decimal places asneeded.)

Part 3

Using the90% confidenceinterval, would it be plausible to conclude that the mean vehicle weight of all passenger vehicles currently on the road is 2400pounds?

A.

No, since 2400 lies outside the constructed confidence interval.

B.

Yes, since 2400 lies within the constructed confidence interval.

C.

No, since 2400 lies within the constructed confidence interval.

D.

Yes, since 2400 lies outside the constructed confidence interval.

Part 4

Compare your90% confidence interval to the95% confidenceinterval, (2484.92,2569.56). Explain which confidence interval is wider and why.

Question 6 (10 points)

Agency leadership decides to run a One Sample T hypothesis test to determine if the mean vehicle weight of all passenger vehicles currently on the road is significantly different than 2600 pounds. Assume that all necessary Central Limit Theorem conditions for a One-Sample T-test have been met.

What is the appropriate null hypothesis in this case?

The mean vehicle weight of all passenger vehicles currently on the road is _________ 2600 pounds

Choices for the blank are

1. equal to
2. greater than
3. not equal to
4. less than

What is the appropriate alternative hypothesis in this case?

The mean vehicle weight of all passenger vehicles currently on the road is _________ 2600 pounds

Choices for the blank are

1. equal to
2. greater than
3. not equal to
4. less than

What is the test statistic for this hypothesistest?

The test statistic is

enter your response here

.

(Round to two decimal places asneeded.)

Part 5

What is thep-value for this hypothesistest?

Thep-value is

enter your response here

.

(Round to three decimal places asneeded.)

What would you conclude based on an = 0.05 level?

We ___(1)____ the null hypothesis and _____(2)____ the alternative hypothesis since there ___(3)_____ sufficient evidence that the mean vehicle weight of all passenger vehicles currently on the road is ___(4)____ 2600 pounds due to the p-value being __(5)______ than the level.

Please fill in the blanks above with the appropriate words.

For (1), the choices are

1. fail to reject
2. reject

For (2), the choices are

1. accept
2. do not accept

For (3), the choices are

1. is
2. is not

For (4), the choices are

1. equal to
2. not equal to

For (5), the choices are

1. greater

less

Based upon youre Hypothesis test, was the observed outcome unusual? If so, how unusual was the outcome?

Data

Vehicle Number	Type	Vehicle Weight	Average MPG	Fuel Tank Size (Gallons)	Engine Size (L)	Meet or Not Meet Current Standards
1	Truck	3470	17	26	3.35	n
2	SUV	3050	21	22.9	3.56	y
3	SUV	3050	23	22.9	4.63	y
4	Truck	3050	23	22.9	4.12	y
5	Passenger Car	2210	25	16.6	2.95	y
6	SUV	2420	27	18.2	3.12	y
7	Passenger Car	1790	30	13.4	2.41	y
8	Passenger Car	3470	18	26	3.49	n
9	SUV	2210	28	16.6	4.19	y
10	Truck	2420	26	18.2	3.62	y
11	SUV	3470	20	26	3.51	n
12	Passenger Car	2210	26	16.6	3.89	y
13	Truck	1580	31	11.9	3.1	y
14	Truck	1790	30	13.4	4.07	y
15	Passenger Car	3260	21	24.5	2.81	y
16	Passenger Car	3260	22	24.5	3.5	y
17	Truck	2420	26	18.2	3.47	y
18	SUV	2840	25	21.3	2.87	y
19	Passenger Car	3470	20	26	4.07	n
20	SUV	1790	31	13.4	3.58	y
21	Passenger Car	3260	21	24.5	3.21	y
22	Truck	2840	23	21.3	3.17	y
23	Truck	1790	31	13.4	3.99	y
24	Passenger Car	2420	27	18.2	4.09	y
25	Passenger Car	1580	31	11.9	3.93	y
26	Truck	1580	32	11.9	3.85	y
27	Passenger Car	2840	26	21.3	2.62	y
28	SUV	2000	30	15	2.95	y
29	SUV	3260	22	24.5	3.38	y
30	SUV	3260	20	24.5	3.98	n
31	Truck	2210	27	16.6	2.8	y
32	Passenger Car	2630	26	19.7	3.58	y
33	Passenger Car	2210	27	16.6	2.35	y
34	Passenger Car	1580	31	11.9	3.25	y
35	Truck	1790	32	13.4	2.99	y
36	Passenger Car	3260	21	24.5	3.88	y
37	Passenger Car	3470	20	26	3.73	n
38	SUV	2210	28	16.6	3.12	y
39	SUV	3260	23	24.5	3.58	y
40	Truck	1790	31	13.4	3.69	y
41	Truck	3470	22	26	3.99	y
42	Truck	3050	23	22.9	2.52	y
43	SUV	3470	20	26	3.13	n
44	Passenger Car	2840	24	21.3	3.73	y
45	Passenger Car	2840	25	21.3	2.63	y
46	Truck	2210	29	16.6	3.63	y
47	Truck	2210	28	16.6	3.76	y
48	Passenger Car	2630	26	19.7	3.66	y
49	SUV	1580	31	11.9	3.53	y
50	Passenger Car	3470	19	26	3.63	n
51	Passenger Car	2420	25	18.2	3.99	y
52	SUV	1790	30	13.4	3.46	y
53	Passenger Car	2630	26	19.7	2.81	y
54	Passenger Car	2840	26	21.3	3.37	y
55	Passenger Car	3050	21	22.9	3.11	y
56	Passenger Car	2210	28	16.6	3.05	y
57	Truck	2840	25	21.3	4.28	y
58	SUV	2210	25	16.6	3.86	y
59	Passenger Car	1580	31	11.9	4.2	y
60	Passenger Car	3470	21	26	3.24	y
61	Truck	3470	20	26	3.38	n
62	SUV	3050	23	22.9	3.35	y
63	SUV	2000	27	15	3.68	y
64	Passenger Car	3470	20	26	2.95	n
65	Passenger Car	1790	31	13.4	3.3	y
66	Truck	3470	21	26	3.51	y
67	Truck	3470	21	26	3.3	y
68	Truck	2000	30	15	3.79	y
69	Passenger Car	3050	21	22.9	3.93	y
70	Passenger Car	2210	27	16.6	3.5	y
71	Passenger Car	1790	30	13.4	3.39	y
72	Passenger Car	3050	22	22.9	3.27	y
73	Truck	3470	20	26	3.3	n
74	SUV	1580	32	11.9	2.9	y
75	SUV	1580	30	11.9	2.9	y
76	Passenger Car	1790	31	13.4	3.57	y
77	Passenger Car	2420	25	18.2	4.49	y
78	Truck	2000	27	15	4.41	y
79	Passenger Car	3050	22	22.9	3.35	y
80	SUV	3260	21	24.5	2.78	y
81	Passenger Car	2000	30	15	3.47	y
82	SUV	3050	21	22.9	4.42	y
83	Passenger Car	2000	26	15	3.85	y
84	Passenger Car	2000	29	15	3.77	y
85	Passenger Car	1790	29	13.4	3.35	y
86	SUV	2840	25	21.3	3.37	y
87	Passenger Car	2000	28	15	3.05	y
88	Truck	3470	20	26	3.82	n
89	Passenger Car	2210	28	16.6	3.4	y
90	Truck	3470	21	26	3.31	y
91	SUV	2840	23	21.3	3.4	y
92	Truck	2000	30	15	4.49	y
93	Truck	2420	25	18.2	3.69	y
94	Truck	2210	27	16.6	2.87	y
95	Truck	1580	32	11.9	3.44	y
96	Passenger Car	2210	28	16.6	3.53	y
97	Passenger Car	3470	20	26	2.8	n
98	SUV	2630	24	19.7	3.76	y
99	Passenger Car	3260	22	24.5	3.11	y
100	Truck	2210	27	16.6	3.4	y
101	SUV	3050	23	22.9	3.73	y
102	SUV	3470	21	26	4.03	y
103	SUV	3050	25	22.9	3.69	y
104	Passenger Car	2630	23	19.7	4.31	y
105	Passenger Car	1790	30	13.4	3.37	y
106	Passenger Car	3260	22	24.5	3.93	y
107	Passenger Car	1580	31	11.9	3.49	y
108	Passenger Car	2000	28	15	3.07	y
109	Passenger Car	3050	23	22.9	3.36	y
110	Passenger Car	2630	26	19.7	3.15	y
111	Passenger Car	2000	27	15	4.07	y
112	Passenger Car	3260	21	24.5	3.74	y
113	Passenger Car	2210	27	16.6	4.25	y
114	Passenger Car	2000	28	15	3.47	y
115	SUV	3260	20	24.5	4.1	n
116	Truck	2420	27	18.2	2.74	y
117	Passenger Car	2630	25	19.7	4.02	y
118	Passenger Car	2630	25	19.7	3.78	y
119	Passenger Car	2630	26	19.7	3.53	y
120	SUV	3260	21	24.5	3.78	y
121	Truck	2630	24	19.7	5.05	y
122	Passenger Car	2420	26	18.2	3.84	y
123	Passenger Car	2210	28	16.6	3.8	y
124	Truck	2840	24	21.3	3.25	y
125	SUV	1580	31	11.9	3.17	y
126	Passenger Car	1790	31	13.4	4.25	y
127	Truck	1790	29	13.4	3.14	y
128	Truck	3260	21	24.5	3.77	y
129	Passenger Car	3050	23	22.9	3.26	y
130	SUV	2210	26	16.6	4.03	y
131	Passenger Car	3470	19	26	4.31	n
132	SUV	1580	32	11.9	4.05	y
133	SUV	2420	26	18.2	3.33	y
134	Passenger Car	2630	26	19.7	3.23	y
135	Passenger Car	3260	21	24.5	3.64	y
136	Truck	3050	26	22.9	3.71	y
137	SUV	2420	27	18.2	3.53	y
138	SUV	2840	24	21.3	3.76	y
139	Truck	3470	21	26	3.6	y
140	SUV	2210	28	16.6	4.28	y
141	SUV	1790	31	13.4	4.28	y
142	SUV	3260	20	24.5	3.58	n
143	Passenger Car	1790	32	13.4	3.48	y
144	SUV	2210	28	16.6	4.31	y
145	Passenger Car	1790	31	13.4	3.82	y
146	SUV	3050	22	22.9	2.99	y
147	Passenger Car	3260	21	24.5	4.3	y
148	Passenger Car	2840	25	21.3	3.9	y
149	Passenger Car	2420	26	18.2	3.52	y
150	Passenger Car	2000	29	15	3.08	y
151	Passenger Car	2630	26	19.7	4.18	y
152	Passenger Car	2000	28	15	3.52	y
153	Passenger Car	3050	22	22.9	3.44	y
154	Passenger Car	3260	21	24.5	3.48	y
155	Truck	3050	22	22.9	3.77	y
156	Truck	2210	27	16.6	3.15	y
157	SUV	2840	24	21.3	3.44	y
158	Passenger Car	3050	23	22.9	4.06	y
159	SUV	2840	25	21.3	3.65	y
160	Passenger Car	1580	31	11.9	4.27	y
161	Passenger Car	3470	20	26	3.59	n
162	Passenger Car	3470	20	26	4.29	n
163	Passenger Car	3260	22	24.5	3.83	y
164	SUV	2210	28	16.6	2.9	y
165	Truck	1580	33	11.9	3.08	y
166	Passenger Car	1580	33	11.9	4.04	y
167	Passenger Car	1580	33	11.9	3.07	y
168	Truck	2210	28	16.6	3.82	y
169	SUV	2210	28	16.6	4.51	y
170	Passenger Car	2630	24	19.7	4.76	y
171	Passenger Car	3470	21	26	3.48	y
172	Passenger Car	2630	24	19.7	3.55	y
173	Passenger Car	2210	27	16.6	3.29	y
174	SUV	2630	26	19.7	3.8	y
175	SUV	2420	28	18.2	3.47	y
176	Truck	3050	21	22.9	3.14	y
177	Passenger Car	2210	26	16.6	3.59	y
178	Passenger Car	2420	25	18.2	3.19	y
179	Passenger Car	3050	23	22.9	2.76	y
180	Passenger Car	2630	25	19.7	3.19	y
181	Passenger Car	2420	25	18.2	3.93	y
182	SUV	2840	24	21.3	3.7	y
183	SUV	2000	29	15	4.27	y
184	Passenger Car	2000	30	15	3.66	y
185	SUV	2420	26	18.2	3.44	y
186	Passenger Car	2210	28	16.6	3.49	y
187	SUV	2840	24	21.3	3.99	y
188	SUV	1580	31	11.9	3.41	y
189	Passenger Car	3470	20	26	2.87	n
190	Passenger Car	1790	30	13.4	3.07	y
191	Truck	1580	32	11.9	4.51	y
192	Passenger Car	2000	28	15	3.78	y
193	Truck	1790	29	13.4	2.93	y
194	Passenger Car	2630	27	19.7	3	y
195	Passenger Car	2840	24	21.3	3.61	y
196	SUV	2420	28	18.2	3.82	y
197	SUV	1790	30	13.4	3.02	y
198	Passenger Car	3260	22	24.5	3.85	y
199	SUV	1580	32	11.9	3.17	y
200	Passenger Car	2000	28	15	3.57	y
201	Passenger Car	2210	27	16.6	4.13	y
202	SUV	2210	28	16.6	3.2	y
203	Passenger Car	3050	24	22.9	4.06	y
204	Passenger Car	3470	20	26	3.54	n
205	Passenger Car	3050	24	22.9	4.39	y
206	SUV	2840	25	21.3	3.3	y
207	Passenger Car	2840	24	21.3	3.61	y
208	Passenger Car	2420	27	18.2	3.93	y
209	Truck	1580	33	11.9	3.48	y
210	Truck	2420	25	18.2	3.64	y
211	Truck	1790	30	13.4	3.05	y
212	Passenger Car	1790	30	13.4	3.81	y
213	Truck	1580	31	11.9	3.66	y
214	SUV	2000	29	15	3.62	y
215	Truck	2000	28	15	2.39	y
216	Truck	2840	24	21.3	3.77	y
217	Passenger Car	2420	25	18.2	2.82	y
218	Passenger Car	3470	21	26	2.28	y
219	Truck	1580	31	11.9	4.01	y
220	Passenger Car	1790	30	13.4	4.18	y
221	SUV	1790	31	13.4	3.85	y
222	SUV	2840	23	21.3	3.75	y
223	Truck	1790	32	13.4	2.77	y
224	SUV	3260	21	24.5	3.79	y
225	Passenger Car	2210	29	16.6	4.03	y
226	Truck	1580	32	11.9	3.79	y
227	Truck	3470	21	26	3.79	y
228	SUV	1580	31	11.9	3.19	y
229	SUV	3260	21	24.5	3.64	y
230	SUV	1790	31	13.4	2.96	y
231	Truck	2000	28	15	3.51	y
232	Truck	2840	25	21.3	3.39	y
233	Truck	2420	28	18.2	3.73	y
234	Passenger Car	3470	19	26	3.85	n
235	Truck	2210	27	16.6	3.93	y
236	SUV	3470	19	26	3.06	n
237	Passenger Car	2000	28	15	3.86	y
238	Passenger Car	1790	30	13.4	4.21	y
239	Truck	2840	23	21.3	3.09	y
240	SUV	1790	30	13.4	3.15	y
241	Passenger Car	3260	22	24.5	3.99	y
242	Truck	2210	28	16.6	3.52	y
243	Truck	2210	28	16.6	3.78	y
244	Truck	1580	30	11.9	2.79	y
245	SUV	3470	21	26	2.82	y
246	Passenger Car	2420	27	18.2	3.45	y
247	Passenger Car	3260	22	24.5	4.02	y
248	Truck	2840	23	21.3	3.31	y
249	Truck	3050	22	22.9	4.09	y
250	Truck	3050	23	22.9	4.01	y
251	SUV	2210	28	16.6	2.7	y
252	SUV	1580	32	11.9	3.14	y
253	Passenger Car	2000	28	15	4.53	y
254	Passenger Car	2840	23	21.3	3.03	y
255	Truck	1790	30	13.4	4.38	y
256	Passenger Car	2630	24	19.7	3.67	y
257	Passenger Car	2630	25	19.7	3.3	y
258	Passenger Car	2000	30	15	3.29	y
259	Passenger Car	2000	29	15	3.66	y
260	Truck	2630	26	19.7	3.91	y
261	Passenger Car	2210	28	16.6	3.91	y
262	SUV	2840	24	21.3	4.19	y
263	SUV	1580	30	11.9	3.23	y
264	Passenger Car	3050	23	22.9	3.55	y
265	Passenger Car	2210	28	16.6	3.83	y
266	Passenger Car	2000	28	15	3.38	y
267	Passenger Car	3470	20	26	4.13	n
268	Truck	2210	28	16.6	3.43	y
269	SUV	2630	26	19.7	3.48	y
270	SUV	2840	24	21.3	3.41	y
271	Truck	1790	31	13.4	3.39	y
272	SUV	2630	27	19.7	3.15	y
273	Truck	2840	25	21.3	2.72	y
274	Passenger Car	2000	28	15	3.47	y
275	Truck	3470	19	26	3.78	n
276	Truck	3050	22	22.9	2.99	y
277	Passenger Car	3470	22	26	3.86	y
278	Truck	2000	28	15	3.86	y
279	Passenger Car	2000	28	15	3.24	y
280	Passenger Car	3470	19	26	3.82	n
281	Passenger Car	3050	24	22.9	4.35	y
282	Passenger Car	2840	24	21.3	4.4	y
283	Passenger Car	1580	31	11.9	3.74	y
284	SUV	2000	28	15	3.97	y
285	SUV	3470	19	26	3.03	n
286	Passenger Car	2210	27	16.6	3.53	y
287	SUV	3260	22	24.5	4.28	y
288	Passenger Car	3050	24	22.9	3.53	y
289	Truck	2420	25	18.2	4.1	y
290	Truck	2420	26	18.2	3.36	y
291	Passenger Car	3260	20	24.5	3.43	n
292	Passenger Car	2630	26	19.7	3.19	y
293	SUV	2840	25	21.3	3.8	y
294	Passenger Car	2840	24	21.3	3.79	y
295	Passenger Car	2420	27	18.2	3.99	y
296	SUV	3260	21	24.5	3.12	y
297	Truck	2210	28	16.6	3.8	y
298	Truck	2210	29	16.6	4.39	y
299	Truck	3470	20	38	3.3	n
300	Passenger Car	1790	30	13.4	4	y
301	Passenger Car	2630	26	19.7	3.81	y
302	Truck	3050	24	22.9	3.74	y
303	Passenger Car	2000	29	15	2.59	y
304	Truck	1580	31	11.9	3.93	y
305	SUV	2000	30	15	3.53	y
306	Truck	2210	26	16.6	4.5	y
307	Passenger Car	1790	32	13.4	4.7	y
308	Passenger Car	3260	23	24.5	3.62	y
309	Passenger Car	3050	23	22.9	3.39	y
310	Truck	3260	21	24.5	4.13	y
311	SUV	2420	26	18.2	2.92	y
312	Passenger Car	2210	27	16.6	3.06	y
313	Truck	1580	33	11.9	3.79	y
314	SUV	3050	21	22.9	3.29	y
315	Passenger Car	3260	21	24.5	3.98	y
316	SUV	2630	26	19.7	3.54	y
317	Passenger Car	2630	24	19.7	4.76	y
318	Truck	2840	22	21.3	4.18	y
319	Passenger Car	1580	33	11.9	3.57	y
320	Passenger Car	2000	29	15	4.18	y
321	Passenger Car	3050	23	22.9	3.93	y
322	Passenger Car	2000	29	15	3.71	y
323	SUV	3470	19	26	3.91	n
324	Passenger Car	2420	26	18.2	4.35	y
325	Truck	2420	28	18.2	3.09	y
326	Passenger Car	2840	23	21.3	3.58	y
327	SUV	1790	29	13.4	2.89	y
328	Truck	1790	30	13.4	3.68	y
329	Truck	2420	26	18.2	4.02	y
330	SUV	2840	23	21.3	3.75	y
331	Passenger Car	3050	22	22.9	2.6	y
332	SUV	2000	31	15	3.43	y
333	Passenger Car	2210	27	16.6	3.67	y
334	SUV	3050	23	22.9	3.49	y
335	Passenger Car	2840	24	21.3	4.63	y
336	SUV	1580	31	11.9	3.18	y
337	Truck	2630	26	19.7	5.17	y
338	Passenger Car	3470	21	26	3.62	y
339	Truck	2420	27	18.2	3.69	y
340	SUV	3470	19	26	3.63	n
341	Passenger Car	3050	23	22.9	2.93	y
342	Truck	3050	22	22.9	3.22	y
343	Passenger Car	2840	24	21.3	3.81	y
344	Passenger Car	3260	21	24.5	2.69	y
345	Passenger Car	1580	31	11.9	3.24	y
346	SUV	3470	20	26	4.1	n
347	Passenger Car	3050	23	22.9	3.94	y
348	Passenger Car	2000	29	15	3.97	y
349	SUV	2630	24	19.7	3.37	y
350	Truck	1790	32	13.4	3.41	y
351	Passenger Car	3260	21	24.5	3.79	y
352	SUV	3470	19	26	3.81	n
353	Passenger Car	2840	23	21.3	3.84	y
354	Truck	3050	21	22.9	3.99	y
355	Truck	3470	19	26	3.83	n
356	SUV	2210	27	16.6	3.6	y
357	Truck	2840	23	21.3	4.17	y
358	Passenger Car	2420	27	18.2	4.47	y
359	SUV	2840	25	21.3	3.88	y
360	Truck	2630	26	19.7	3.91	y
361	Truck	3260	22	24.5	2.99	y
362	Truck	2210	28	16.6	3.73	y
363	SUV	1580	33	11.9	3.38	y
364	SUV	1790	30	13.4	3.33	y
365	Passenger Car	2210	28	16.6	3.82	y
366	Passenger Car	3470	21	26	3.33	y
367	Truck	3470	21	26	4.48	y
368	Truck	2840	23	21.3	3.51	y
369	Passenger Car	3470	19	26	3.94	n
370	Truck	3260	21	24.5	3.83	y
371	Passenger Car	3470	20	26	3.33	n
372	SUV	1790	30	13.4	3.21	y
373	Passenger Car	2630	27	19.7	3.91	y
374	SUV	2630	25	19.7	3.91	y
375	Truck	2000	29	15	3.61	y
376	SUV	1580	32	11.9	3.14	y
377	Truck	3050	23	22.9	4.14	y
378	Truck	2630	26	19.7	3.27	y
379	Passenger Car	2000	28	15	3.61	y
380	SUV	2630	26	19.7	3.23	y
381	SUV	3470	19	26	4.47	n
382	SUV	1580	32	11.9	3.97	y
383	SUV	3050	22	22.9	3.06	y
384	Truck	3260	22	24.5	4.04	y
385	SUV	2420	26	18.2	3.13	y
386	SUV	2210	28	16.6	3.34	y
387	Truck	2420	26	18.2	2.5	y
388	Truck	3050	22	22.9	3.36	y
389	Passenger Car	3470	20	26	3.52	n
390	SUV	2210	28	16.6	4.05	y
391	Passenger Car	2000	30	15	2.95	y
392	SUV	2210	29	16.6	4.46	y
393	SUV	2840	25	21.3	3.92	y
394	SUV	3470	20	26	4	n
395	SUV	2630	26	19.7	3.9	y
396	Passenger Car	2840	23	21.3	3.62	y
397	Passenger Car	2630	26	19.7	3.96	y
398	Truck	3260	23	24.5	4.09	y
399	Passenger Car	3470	21	26	3.75	y
400	Passenger Car	1790	30	13.4	3.21	y
401	Passenger Car	2420	26	18.2	3.73	y
402	Passenger Car	3470	21	26	2.58	y
403	SUV	2630	25	19.7	3.39	y
404	Passenger Car	2630	26	19.7	2.91	y
405	Truck	2210	27	16.6	3.94	y
406	Passenger Car	2840	25	21.3	4.18	y
407	Passenger Car	2000	28	15	3.97	y
408	Passenger Car	1580	30	11.9	3.11	y
409	SUV	2000	27	15	3.86	y
410	SUV	3470	22	26	3.44	y
411	Passenger Car	2000	28	15	3.63	y
412	Truck	2840	23	21.3	3.69	y
413	Passenger Car	2630	24	19.7	3.47	y
414	Passenger Car	1790	30	13.4	4.32	y
415	Passenger Car	2840	25	21.3	3.92	y
416	Truck	3470	19	26	3.23	n
417	Passenger Car	1580	31	11.9	2.04	y
418	SUV	2000	29	15	3.8	y
419	Truck	2420	25	18.2	3.14	y
420	SUV	2420	28	18.2	4.23	y
421	Passenger Car	3260	22	24.5	3.55	y
422	SUV	3050	23	22.9	3.37	y
423	SUV	3470	19	26	2.71	n
424	Passenger Car	1580	30	11.9	4.2	y
425	Passenger Car	3260	22	24.5	3.37	y
426	Passenger Car	1790	31	13.4	3.7	y
427	SUV	2000	29	15	2.29	y
428	Passenger Car	3470	19	26	4.21	n
429	Truck	2630	26	19.7	3.18	y
430	Truck	1580	32	11.9	4.28	y
431	Passenger Car	3470	19	26	3.99	n
432	Passenger Car	1580	32	11.9	3.39	y
433	Passenger Car	3050	23	22.9	3.97	y
434	SUV	2840	23	21.3	2.9	y
435	Truck	2840	25	21.3	2.63	y
436	Passenger Car	2420	28	18.2	3.1	y
437	Truck	3050	25	22.9	3.32	y
438	Passenger Car	3470	20	26	4.16	n
439	SUV	3260	22	24.5	4.23	y
440	Passenger Car	3260	20	24.5	3.41	n
441	Passenger Car	2000	30	15	3.79	y
442	Truck	2210	28	16.6	3.16	y
443	SUV	2840	23	21.3	3.47	y
444	SUV	2840	23	21.3	3.64	y
445	Passenger Car	1580	31	11.9	3.4	y
446	Truck	2630	26	19.7	2.3	y
447	Passenger Car	2420	26	18.2	3.22	y
448	Passenger Car	2630	24	19.7	3.94	y
449	Passenger Car	1790	30	13.4	4.54	y
450	Passenger Car	2840	23	21.3	4.35	y
451	Passenger Car	2000	30	15	4.22	y
452	Passenger Car	2840	23	21.3	3.73	y
453	Passenger Car	2630	25	19.7	3.35	y
454	Passenger Car	2420	27	18.2	3.7	y
455	Passenger Car	1790	30	13.4	3.14	y
456	SUV	1790	31	13.4	3.49	y
457	Passenger Car	3470	19	26	4	n
458	SUV	2630	24	19.7	2.97	y
459	Passenger Car	2210	26	16.6	3.58	y
460	SUV	2630	24	19.7	2.7	y
461	Passenger Car	2000	29	15	3.29	y
462	SUV	2630	25	19.7	3.2	y
463	Truck	2630	25	19.7	2.79	y
464	Passenger Car	2000	27	15	3.5	y
465	Passenger Car	2630	25	19.7	3.77	y
466	Passenger Car	3470	21	26	3.11	y
467	SUV	3050	24	22.9	4.16	y
468	Passenger Car	3050	22	22.9	3.64	y
469	SUV	3470	19	26	4.17	n
470	SUV	3050	22	22.9	3.69	y
471	Truck	3050	24	22.9	3.87	y
472	Truck	2210	29	16.6	4.42	y
473	Passenger Car	1790	30	13.4	4.17	y
474	Truck	1790	32	13.4	3.25	y
475	Passenger Car	2000	30	15	3.28	y
476	SUV	2420	27	18.2	4.64	y
477	Passenger Car	3470	19	26	3.74	n
478	Passenger Car	2210	29	16.6	4.18	y
479	Truck	2210	28	16.6	3.36	y
480	Passenger Car	2630	25	19.7	2.77	y
481	Passenger Car	2210	28	16.6	2.55	y
482	SUV	2000	29	15	4.29	y
483	Truck	2840	24	21.3	4.3	y
484	Truck	1790	32	13.4	3.67	y
485	Truck	1790	30	13.4	4.08	y
486	Passenger Car	2210	27	16.6	3.21	y
487	Passenger Car	2840	23	21.3	4.32	y
488	Passenger Car	2420	28	18.2	3.51	y
489	Passenger Car	2630	25	19.7	3.4	y
490	Truck	1790	29	13.4	3.89	y
491	SUV	2630	25	19.7	3.56	y
492	Passenger Car	2840	24	21.3	3.44	y
493	SUV	3260	20	24.5	3.13	n
494	Passenger Car	2420	26	18.2	3.06	y
495	Truck	1580	32	11.9	2.99	y
496	Truck	1580	33	11.9	3.52	y
497	Passenger Car	32 There are 3 Steps involved in it Step: 1 Get Instant Access to Expert-Tailored Solutions See step-by-step solutions with expert insights and AI powered tools for academic success Step: 2 Step: 3 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 Statistical Inference Via Convex Optimization Authors: Anatoli Juditsky, Arkadi Nemirovski 1st Edition 0691200319, 9780691200316 More Books Students also viewed these Mathematics questions Question ★★★★★ At December 31, 2019, Dwight AG reported current assets of 390,000 and current liabilities of 200,000. The following items may have been recorded incorrectly. Dwight uses the periodic method. 1.... Answered: 1 week ago Question ★★★★★ LO 2.2 Identify and explain three strategic approaches to competitive advantage Answered: 1 week ago Question ★★★★★ A system consists of two independent machines that each function for an exponential time with rate . There is a single repairperson. If the repairperson is idle when a machine fails, then repair... Answered: 1 week ago Question ★★★★★ A woman considering the purchase of a custom sound stereo system for her car looked at three different systems (A, B, and C), which varied in terms of price, sound quality, and FM reception. The... Answered: 1 week ago Question ★★★★★ A tire manufacturing firm is considering Projects S and L, whose cash flows are shown below. These projects are mutually exclusive, equally risky, and not repeatable. What is the cost of capital at... Answered: 1 week ago Question ★★★★★ Most likely estimates for a project are as follows MARR 12% per year Useful life 4 years Initial investment $5,000 Receipts - Expenses (R - E) $1,800/year Determine whether the statement "This pr... Answered: 1 week ago Question ★★★★★ Healthcare information technology has been promoted by researchers, the government, and others as increasing the quality of patient care. How is this assumption supported? Provide a list and a... Answered: 1 week ago Question ★★★★★ During 2 0 2 2 Maxwell purchased 1 0 0 bonds of Malinois Inc. at par for $ 9 0 0 , 0 0 0 . Maxwell purchases debt securities expecting to ear profits on short - term differences in price and holds... Answered: 1 week ago Question ★★★★★ What is the absolute difference in your total concentration of iodine in the CH2Cl2 phase, in mol/L, between your 'best two' determinations in Part 2 of the experiment? Use your own lab-obtained... Answered: 1 week ago Question ★★★★★ Develop a change management strategy Develop a change management strategy for the business. You can use an organisational template if you have one or you can use the Change Management Strategy... Answered: 1 week ago Question ★★★★★ Virginia Co . has a subsidiary in Hong Kong and in Thailand. Assume that the Hong Kong dollar ( HK$ ) is pegged at $ 0 . 1 2 per Hong Kong dollar and it will remain pegged. The Thai baht fluctuates... Answered: 1 week ago Question ★★★★★ question 2c. Thank you PHYS10121 2. Two twins set off from Earth. Twin 1 travels at constant speed, u1, to a point P, which is 7 light-years from Earth. The journey takes them 10 years according to... Answered: 1 week ago Question ★★★★★ What does this look like? Answered: 1 week ago Question ★★★★★ 1. The purpose of this chapter is to describe the key principles, procedures and strategies of personal communication benchmarking, as understood in this context. Answered: 1 week ago Question ★★★★★ 1. Set a personal goal for yourself in your work situation. Examine this goal in the light of the 10 factors to achieve goals. Answered: 1 week ago Previous Question Next Question View Answer in SolutionInn App Services Sitemap Fun Definitions Become Tutor Study Help Categories Recent Questions Expert Questions Company Info Security Copyrights Privacy Policy Terms & Conditions SolutionInn Fee Scholarship Get In Touch About Us Contact Us Career Jobs FAQ Campus Ambassador Secure Payment Download Our App © 2024 SolutionInn. All Rights Reserved