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Wally is playing with his toy robot. The robot's battery is 85% full when he starts playing with it. The battery drains to 74%...Asked by mya <3
Wally is playing with his toy robot. The robot's battery is 85% full when he starts playing with it. The battery drains to 74% after Wally plays with the robot for 40 minutes.
If t represents the time elapsed in minutes and l represents the battery level, which of the following equations can be used to model this situation?
A. l = 85t + 0.275
B. l = -0.275t - 85
C. l = -0.275t + 85
D. l = -0.275t + 85t
If t represents the time elapsed in minutes and l represents the battery level, which of the following equations can be used to model this situation?
A. l = 85t + 0.275
B. l = -0.275t - 85
C. l = -0.275t + 85
D. l = -0.275t + 85t
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Answered by
mya <3
Barry is organizing a holiday party and researching the cost of invitations. The table shows the total cost, y, for a given number of invitations, x.
Number of Invitations, x Total Cost, y ($)
10 29
20 54
30 79
40 104
Which equation describes the relationship between the number of invitations and the total cost?
A. y = 10/3x = 4
B. y = 5/2x - 4
C. y = 2/3x + 4
D. y = 5/2x + 4
Number of Invitations, x Total Cost, y ($)
10 29
20 54
30 79
40 104
Which equation describes the relationship between the number of invitations and the total cost?
A. y = 10/3x = 4
B. y = 5/2x - 4
C. y = 2/3x + 4
D. y = 5/2x + 4
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