Question: Just need the answer only. 3.1 O Question 1 Ban pt '0 2 Q 99 @Details Speedometer readings for a vehicle (in motionl at 4-second

 Just need the answer only. 3.1 O Question 1 Ban pt'0 2 Q 99 @Details Speedometer readings for a vehicle (in motionlat 4-second intervals are given in the table. r lsec} v "Us!D 40 4 3? 8 38 1?. 35 to 33 20 35Btirnate the distance traveled by the vehicle during this Ell-second period usingthe velocities at the beginning of the time in tewauls. distance traveleda l I feet Give another estimate using the velocities at theend of the time periods. distance traveled a l I feet QuestionHelp: El Video .' Question 2 Ban pt '0 2 3 99@Details Approximate the area under the curve 3; = 23 from 3

Just need the answer only. 3.1

= D to z = 2 using a Right Endpoint approximation with4 subdivisions. Question Help: El Video .' Question 3 Ban pt '02 3 99 @Details Approximate the area under the curve graphed belowfrom 3 = 1 to z = 5 usinga Left Endpoint approximationwith 4 subdivisions. Question Help: B Video I B Video? Question 2{1point] The table below shows the speedometer readings [or a short cartrip. Use the [able to estimate how far the car traveled overthe lwentiir minules shown. Use Leil Hand Approximation to comsare results. t,in minutes 0 5 _10 15 20 Speed, in mph 0 3040 65 40 Leit Hand Upper Limil: C) 11.25 miles (3.14.58 miles

O Question 1 Ban pt '0 2 Q 99 @Details Speedometer readings for a vehicle (in motionl at 4-second intervals are given in the table. r lsec} v "Us! D 40 4 3? 8 38 1?. 35 to 33 20 35 Btirnate the distance traveled by the vehicle during this Ell-second period using the velocities at the beginning of the time in tewauls. distance traveled a l I feet Give another estimate using the velocities at the end of the time periods. distance traveled a l I feet Question Help: El Video .' Question 2 Ban pt '0 2 3 99 @Details Approximate the area under the curve 3; = 23 from 3 = D to z = 2 using a Right Endpoint approximation with 4 subdivisions. Question Help: El Video .' Question 3 Ban pt '0 2 3 99 @Details Approximate the area under the curve graphed below from 3 = 1 to z = 5 usinga Left Endpoint approximation with 4 subdivisions. Question Help: B Video I B Video? Question 2{1 point] The table below shows the speedometer readings [or a short car trip. Use the [able to estimate how far the car traveled over the lwentiir minules shown. Use Leil Hand Approximation to comsare results. t, in minutes 0 5 _10 15 20 Speed, in mph 0 30 40 65 40 Leit Hand Upper Limil: C) 11.25 miles (3.14.58 miles (:3. 12.9 miles (:- 20 miles Question 3{1 point] The table below shows the speedometer readings [or a short car trip. Use the [able to estimate how far the car traveled over the lwentyr minutes shown. Use Right Hand Approximation lo compare results. t, in minutes 0 5 ID 15 20 Speed. in mph 0 30 40 65 40 Right Hand Upper Limit: ('3. 11.25 miles (3.14.58 miles ('3. 12.9 miles f". 20 miles V Question 4 {1 point] The Lable below shows the speedometer readings [or a short car trip. Use the [able to esLimate how far Lhe car traveled over the twenwr minutes shown. Use Middle Point Approximation to compare resulls. t, in minutes Speed, in mph 0 0 5 30 _10 4o 15 65 20 40 Middle Point Rule: (3.11.25 miles (3.14.58 miles (:3. 12.9 miles ."'. 20 miles V Question 5 {1 point] Using the graph of i shown and [he given areas 01 several regions. evalulaie: area = 3 area = 6 Question (>{l point] Reler lo the graph 01:: shown. Use the graph to match the integrals with the correct answer. Question 7"{1 point] Given 14(3) = 1-;(3 tacit Use idea 0| iumdamental theorem of calculus to find the derivative A![:.r:). 03232 039 033233/3 Ow

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