Question

QUESTION 1 According to the graph below, what is the average speed (rate) during the bike trip? Enter the number in regular notation (not scientific) in the first blank using three significant figures. Enter the abbreviation for the units in the second blank (e.g. Density might be g/ml, but you would not type the words grams per milliliters.) Avergae Speed = 30 25 Bike Trip Part II (Fakalya Imaginario) Distance Travelled Versus Time y = 1.13E+01x - 5.54E-02 R$^2$ = 9.99E-01 Graph of Distance Versus Time Distance (km) 20 15 10 5 0 0 0.5 1 1.5 2 2.5 Time (hr)

          QUESTION 1
According to the graph below, what is the average speed (rate) during the bike trip?
Enter the number in regular notation (not scientific) in the first blank using three significant figures.
Enter the abbreviation for the units in the second blank (e.g. Density might be g/ml, but you would not type the words grams per milliliters.)
Avergae Speed = 
30
25
Bike Trip Part II (Fakalya Imaginario)
Distance Travelled Versus Time
y = 1.13E+01x - 5.54E-02
R$^2$ = 9.99E-01
Graph of Distance Versus Time
Distance (km)
20
15
10
5
0
0
0.5
1
1.5
2
2.5
Time (hr)

QUESTION 1
According to the graph below, what is the average speed (rate) during the bike trip?
Enter the number in regular notation (not scientific) in the first blank using three significant figures.
Enter the abbreviation for the units in the second blank (e.g. Density might be g/ml, but you would not type the words grams per milliliters.)
Avergae Speed =
30
25
Bike Trip Part II (Fakalya Imaginario)
Distance Travelled Versus Time
y = 1.13E+01x - 5.54E-02
R^2 = 9.99E-01
Graph of Distance Versus Time
Distance (km)
20
15
10
5
0
0
0.5
1
1.5
2
2.5
Time (hr)

Added by Christopher A.

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