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In a test drive of a new fuel efficient car, a company tracks the car's mpg (miles per gallon) for 2 gallons of gasoline burned during a test drive. Use the approximating method developed in this...

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In a test drive of a new fuel efficient car, a company tracks the car's mpg (miles per gallon) for 2 gallons of gasoline burned during a test drive. Use the approximating method developed in this section with intervals of 0.25 gallons of gasoline and the "left end" approach to complete the items below. Be sure to indicate the endpoints with open and closed "dots".

C) Represent the cumulative number of miles driven graphically below. The first segment is drawn for you (Use part b)

la a test drive oľa new fuel efficient car, a company tracks the car's mpg (miles per gallon) for 2 gallens of gasoline burned during a test drive. Use the approximating metbod developed in this section with intervals of 0.25 pallons of gasoline and the
Extracted text: la a test drive oľa new fuel efficient car, a company tracks the car's mpg (miles per gallon) for 2 gallens of gasoline burned during a test drive. Use the approximating metbod developed in this section with intervals of 0.25 pallons of gasoline and the "left cud" approach to complete the items beclow. Be sure te indicate the cndpoints with open and elosed "dos". (Click here for a printable version.) a. Basod en the spocilications given in the instructions above, sketch the approximate mpg rate finction en the same axes as the given mpg curve below. 50 40+ 30+ 20 10 XXXXXXXXXX, XXXXXXXXXX09I XXXXXXXXXX, XXXXXXXXXX 2. 10 b. Represent numerically approximations for the variations in the number of miles driven and the cumalative number of miles driven for every 0.25 gallans af gasoline burned given the exat rate of change function: 30e
* sin(da) + 20
Number of gallons of gasoline burned
O to 0.25
Approximate variations in the mumber of miles driven
 XXXXXXXXXX
Approximate cumulative number of miles driven
Preview
39 6601
Preview
0.25 to 0.5
 XXXXXXXXXX
Preview
76 2056
]Preview
0.5 to 0,75
21.9998
Preview
98 2054
Preview
0.75 to 1.0
116476
Preview
109 853
Preview
1.0 to 1.25
11.7579
Preview
1216109
Preview
1.25 to 1.5
 XXXXXXXXXX
Preview
 XXXXXXXXXX
Preview
1.5 to 1,75
23.4250
Preview
 XXXXXXXXXX
] Preview
1.75 to 2.0
24.0168
Preview
 XXXXXXXXXX
Preview
c. Represent the cumulative numher of miles driven graphically below. The first segment is drawn for you. (Use part b)
50
45
40
35
30-
25
20
15-
10-
5-
 XXXXXXXXXX XXXXXXXXXX
1I XXXXXXXXXX18 19 2
2.1
5-
Clear All Draw: Line Segment
d. Approximate the total variation în miles driven for the finst 0.9 galkans hurned: XXXXXXXXXX
Preview
miles
Extracted text: b. Represent numerically approximations for the variations in the number of miles driven and the cumalative number of miles driven for every 0.25 gallans af gasoline burned given the exat rate of change function: 30e * sin(da) + 20 Number of gallons of gasoline burned O to 0.25 Approximate variations in the mumber of miles driven XXXXXXXXXX Approximate cumulative number of miles driven Preview 39 6601 Preview 0.25 to 0.5 XXXXXXXXXX Preview 76 2056 ]Preview 0.5 to 0,75 21.9998 Preview 98 2054 Preview 0.75 to 1.0 116476 Preview 109 853 Preview 1.0 to 1.25 11.7579 Preview 1216109 Preview 1.25 to 1.5 XXXXXXXXXX Preview XXXXXXXXXX Preview 1.5 to 1,75 23.4250 Preview XXXXXXXXXX ] Preview 1.75 to 2.0 24.0168 Preview XXXXXXXXXX Preview c. Represent the cumulative numher of miles driven graphically below. The first segment is drawn for you. (Use part b) 50 45 40 35 30- 25 20 15- 10- 5- XXXXXXXXXX XXXXXXXXXX 1I XXXXXXXXXX18 19 2 2.1 5- Clear All Draw: Line Segment d. Approximate the total variation în miles driven for the finst 0.9 galkans hurned: XXXXXXXXXX Preview miles
Answered 113 days After Jun 02, 2022

Solution

Ajay answered on Sep 24 2022
54 Votes
(A) The table of approximation variation in the number of miles driven,    
    Number of gallons of gasoline burned
    Approximation variation in the number of miles...
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