Recently, Jim Dahl was on a bus tour in a mountain area. The bus broke down forcing the group to stay overnight. Group members had to pay for their own hotel bills. Jim believes that the hotel cost

for the group should be paid by the tour company. Which legal action would be most appropriate?

Recently, Jim Dahl was on a bus tour in a mountain area. The bus broke down forcing the group to stay overnight. Group members had to pay for their own hotel bills. Jim believes that the hotel cost for the group should be paid by the tour company. The legal action most appropriate is: Class action suit.

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Asked 8/3/2012 1:22:28 AM

Updated 207 days ago|3/15/2015 12:48:55 PM

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Flagged by emdjay23 [3/15/2015 12:48:55 PM]

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Recently, Jim Dahl was on a bus tour in a mountain area. The bus broke down forcing the group to stay overnight. Group members had to pay for their own hotel bills. Jim believes that the hotel cost for the group should be paid by the tour company. The legal action most appropriate is: Class action suit.

Added 207 days ago|3/15/2015 12:48:55 PM

This answer has been confirmed as correct, not copied, and helpful.

Confirmed by Andrew. [3/15/2015 12:55:20 PM]

Landon is standing in a hole that is 5.1 ft deep. He throws a rock, and it goes up into the air, out of the hole, and then lands on the ground above. The path of the rock can be modeled by the equation y = -0.005x2 + 0.41x - 5.1, where x is the horizontal distance of the rock, in feet, from Landon and y is the height, in feet, of the rock above the ground. How far horizontally from Landon will the rock land?
A. 66.71 ft
B. 33.35 ft
C. 15.29 ft
D. 7.65 ft **Weegy:** Since you're looking for the horizontal position of the rock when the rock is on the ground, you're looking for a solution where y=0 (since y is the vertical position of the rock). So we set y=0 and solve the equation, which gives us two results. [ One is about 15.3, the other about 66.7. Intuitively, we know that the rock will be at y=0 once on its way up, and then a second time on its way back down, when it lands. Since we're looking for its horizontal distance when it lands, we're looking for the larger solution, which is roughly 66.7 feet. SO THE ANSWER IS: A. 66.71 ] (More)

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y = -0.04x2 + 8.3x
y = 1.12x + 1.6
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B. (0.22, 1.85)
C. (179.28, 202.39)
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Solve the equation using the Zero-Product Property. (x-2)(x+7)=0 A. 2, -7 B. 2, 7 C. –1,1 D. –2, -7
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You can verify the zeros of the function y=x^2+6x-7 by using a graph and finding where the graph _______.
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B. is at a maximum
C. crosses the x-axis
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