R programming:
MPG GPM WT DIS
NC HP ACC ET
16.9 5.917 4.360
350 8 155 14.9
1
15.5 6.452 4.054
351 8 142 14.3
1
19.2 5.208 3.605
267 8 125 15.0
1
18.5 5.405 3.940
360 8 150 13.0
1
30.0 3.333 2.155 98
4 68 16.5 0
27.5 3.636 2.560
134 4 95 14.2
0
27.2 3.676 2.300
119 4 97 14.7
0
30.9 3.236 2.230
105 4 75 14.5
0
20.3 4.926 2.830
131 5 103 15.9
0
17.0 5.882 3.140
163 6 125 13.6
0
21.6 4.630 2.795
121 4 115 15.7
0
16.2 6.173 3.410
163 6 133 15.8
0
20.6 4.854 3.380
231 6 105 15.8
0
20.8 4.808 3.070
200 6 85 16.7
0
18.6 5.376 3.620
225 6 110 18.7
0
18.1 5.525 3.410
258 6 120 15.1
0
17.0 5.882 3.840
305 8 130 15.4
1
17.6 5.682 3.725
302 8 129 13.4
1
16.5 6.061 3.955
351 8 138 13.2
1
18.2 5.495 3.830
318 8 135 15.2
1
26.5 3.774 2.585
140 4 88 14.4
0
21.9 4.566 2.910
171 6 109 16.6
1
34.1 2.933 1.975 86
4 65 15.2 0
35.1 2.849 1.915 98
4 80 14.4 0
27.4 3.650 2.670
121 4 80 15.0
0
31.5 3.175 1.990 89
4 71 14.9 0
29.5 3.390 2.135 98
4 68 16.6 0
28.4 3.521 2.670
151 4 90 16.0
0
28.8 3.472 2.595
173 6 115 11.3
1
26.8 3.731 2.700
173 6 115 12.9
1
33.5 2.985 2.556
151 4 90 13.2
0
34.2 2.924 2.200
105 4 70 13.2
0
31.8 3.145 2.020 85
4 65 19.2 0
37.3 2.681 2.130 91
4 69 14.7 0
30.5 3.279 2.190 97
4 78 14.1 0
22.0 4.545 2.815
146 6 97 14.5
0
21.5 4.651 2.600
121 4 110 12.8
0
31.9 3.135 1.925 89
4 71 14.0 0
R programming: MPG GPM WT DIS NC HP ACC ET 16.9 5.917 4.360 350 8 155 ...
R programming: MPG GPM WT DIS NC HP ACC ET 16.9 5.917 4.360 350 8 155 14.9 1 15.5 6.452 4.054 351 8 142 14.3 1 19.2 5.208 3.605 267 8 125 15.0 1 18.5 5.405 3.940 360 8 150 13.0 1 30.0 3.333 2.155 98 4 68 16.5 0 27.5 3.636 2.560 134 4 95 14.2 0 27.2 3.676 2.300 119 4 97 14.7 0 30.9 3.236 2.230 105 4 75 14.5 0 20.3 4.926 2.830 131 5 103 ...
R programming: MPG GPM WT DIS NC HP ACC ET 16.9 5.917 4.360 350 8 155 14.9 1 15.5 6.452 4.054 351 8 142 14.3 1 19.2 5.208 3.605 267 8 125 15.0 1 18.5 5.405 3.940 360 8 150 13.0 1 30.0 3.333 2.155 98 4 68 16.5 0 27.5 3.636 2.560 134 4 95 14.2 0 27.2 3.676 2.300 119 4 97 14.7 0 30.9 3.236 2.230 105 4 75 14.5 0 20.3 4.926 2.830 131 5 103 ...
R programming: MPG GPM WT DIS NC HP ACC ET 16.9 5.917 4.360 350 8 155 14.9 1 15.5 6.452 4.054 351 8 142 14.3 1 19.2 5.208 3.605 267 8 125 15.0 1 18.5 5.405 3.940 360 8 150 13.0 1 30.0 3.333 2.155 98 4 68 16.5 0 27.5 3.636 2.560 134 4 95 14.2 0 27.2 3.676 2.300 119 4 97 14.7 0 30.9 3.236 2.230 105 4 75 14.5 0 20.3 4.926 2.830 131 5 103 ...
The data file Motor Trend is a random sample of 32 automobiles. The miles per gallon (mpg), weight (wt), horsepower (hp) and type of transmission (manual or automatic) is recorded for each sampled automobile. The file is available on Blackboard. Transmission is a categorical variable. Code the variable transmission so that it can be used in a regression model. Your coding should assign a 1 to manual transmission and a 0 to automatic. Develop a regression model with mpg as...
PLEASE USE THE BELOW GIVEN DATA TO SOLVE THIS PROBLEM. INCLUDING THE BRIEF REPORT. THANK YOU. Sales (Y) Calls (X1) Time (X2) Years (X3) Type 47 167 12.9 5 ONLINE 47 167 16.1 5 ONLINE 44 165 14.2 5 GROUP 43 137 16.6 4 NONE 34 184 12.5 4 GROUP 36 173 14.3 4 GROUP 44 160 14.1 4 NONE 34 132 18.2 4 NONE 48 182 14.1 4 ONLINE 41 158 13.8 4 GROUP 38 163 10.8 4 GROUP...
We are interested in the relationship between the compensation of Chief Executive Officers (CEO) of firms and the return on equity of their respective firm, using the dataset below. The variable salary shows the annual salary of a CEO in thousands of dollars, so that y = 150 indicates a salary of $150,000. Similarly, the variable ROE represents the average return on equity (ROE)for the CEO’s firm for the previous three years. A ROE of 20 indicates an average return...
find v belt drive design power select belt type determine shive size (belt speed 4000 ft/min) find shive size from power rating figure find rated power find estimated centre distance find belt length (by selecting standard belt length) calculate actual centre distance find contact angle for small shieve determine correct factors calculate correct power per belt no. of belt needed V-Belt Designing Sample Problem . Given: A 4 cylinder diesel engine runs at 80 hp, 1800 rpm, to drive a...
Problem #1: TO SELECT THE MOST ECONOMICAL Wio SHAPE COLUMN ZO FEET IN HEIGHT SUPPORT AH AXIAL LORD OF 370 KIPS using soksi STEEL! ASSUME A FIXED BASE ANDA PINGED TOP (CASE C) WIDE FLANGE SHAPES HP Axis Y-Y Theoretical Dimensions and Properties for Designing Flange Axis X-X | Weight Area Depth Web Section per of of Thick- Thick- Number Foot Section Section Width S 'T Sy Ty ness ness < * A by tw in. in. in.' in. in....
If the two signal handling functions in 3000pc were replaced by one function, would there be any significant loss of functionality? Briefly explain /* 3000pc.c */ 2 3 4 5 6 7 8 #include <stdio.h> 9 #include <stdlib.h> 10 #include <unistd.h> 11 #include <sys/mman.h> 12 #include <errno.h> 13 #include <string.h> 14 #include <sys/types.h> 15 #include <sys/wait.h> 16 #include <semaphore.h> 17 #include <string.h> 18 #include <time.h> 19 20 #define QUEUESIZE 32 21 #define WORDSIZE 16 22 23 const int wordlist_size =...
CASE 1-5 Financial Statement Ratio Computation Refer to Campbell Soup Company's financial Campbell Soup statements in Appendix A. Required: Compute the following ratios for Year 11. Liquidity ratios: Asset utilization ratios:* a. Current ratio n. Cash turnover b. Acid-test ratio 0. Accounts receivable turnover c. Days to sell inventory p. Inventory turnover d. Collection period 4. Working capital turnover Capital structure and solvency ratios: 1. Fixed assets turnover e. Total debt to total equity s. Total assets turnover f. Long-term...