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Question 1 (Mapped to ILO1) An SUV hauling a trailer is travelling at 20 m/s when the driver brakes. The 1.2 MT trailer is equipped with an in-cab controlled electronic handbrake with a braking force of 4000 N. If the brake force applied to the 1.4 MT SUV is 5000N, what is the braking distance of both the SUV and the trailer. Determine the force exerted by the trailer to the SUV.

Question 1 (Mapped to ILO1) An SUV hauling a trailer is travelling at 20 m/s when the driver brakes. The 1.2 MT trailer is equipped with an in-cab controlled electronic handbrake with a braking force of 4000 N. If the brake force applied to the 1.4 MT SUV is 5000N, what is the braking distance of both the SUV and the trailer. Determine the force exerted by the trailer to the SUV.

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Question 1 (Mapped to ILO1) An SUV hauling a trailer is travelling at 20 m/s when the driver brakes. The 1.2 MT trailer is equipped with an in-cab controlled electronic handbrake with a braking force of 4000 N. If the brake force applied to the 1.4 MT SUV is 5000N, what is the braking distance of both the SUV and the trailer. Determine the force exerted by the trailer to the SUV.
Transcribed Image Text:Question 1 (Mapped to ILO1) An SUV hauling a trailer is travelling at 20 m/s when the driver brakes. The 1.2 MT trailer is equipped with an in-cab controlled electronic handbrake with a braking force of 4000 N. If the brake force applied to the 1.4 MT SUV is 5000N, what is the braking distance of both the SUV and the trailer. Determine the force exerted by the trailer to the SUV.
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