PROBLEM 2 A driver is driving at an initial speed of 40 kph. At the back of his truck is a mounted container that is filled with 1.8 m of water. The container is 6 m long, 2 m wide, and 2 m high. The water container is covered with a rubber tarpaulin. After 20 minutes of driving at constant speed, three things happen: (1) The rope of the tarpaulin at the rear end of his truck unravels, causing the back portion of the water surface to be exposed to the atmosphere. He is unaware of this. (2) He sees a van ahead on the road. Ever so inspired by Fast and Furious, he overtakes the van, and at 4 seconds, increases his speed to 72 kph. (3) Upon doing so, the water in his tank partially spills. Poor guy, he is oblivious to the mess, but let's leave it to him to solve that. As for you, dear reader, find the volume of the water spilled, in liters.
PROBLEM 2 A driver is driving at an initial speed of 40 kph. At the back of his truck is a mounted container that is filled with 1.8 m of water. The container is 6 m long, 2 m wide, and 2 m high. The water container is covered with a rubber tarpaulin. After 20 minutes of driving at constant speed, three things happen: (1) The rope of the tarpaulin at the rear end of his truck unravels, causing the back portion of the water surface to be exposed to the atmosphere. He is unaware of this. (2) He sees a van ahead on the road. Ever so inspired by Fast and Furious, he overtakes the van, and at 4 seconds, increases his speed to 72 kph. (3) Upon doing so, the water in his tank partially spills. Poor guy, he is oblivious to the mess, but let's leave it to him to solve that. As for you, dear reader, find the volume of the water spilled, in liters.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![PROBLEM 2
A driver is driving at an initial speed of 40 kph. At the back of his truck is a mounted
container that is filled with 1.8 m of water. The container is 6 m long, 2 m wide, and 2 m
high. The water container is covered with a rubber tarpaulin. After 20 minutes of driving
at constant speed, three things happen:
(1) The rope of the tarpaulin at the rear end of his truck unravels, causing the back
portion of the water surface to be exposed to the atmosphere. He is unaware of this.
(2) He sees a van ahead on the road. Ever so inspired by Fast and Furious, he
overtakes the van, and at 4 seconds, increases his speed to 72 kph.
(3) Upon doing so, the water in his tank partially spills. Poor guy, he is oblivious to the
mess, but let's leave it to him to solve that.
As for you, dear reader, find the volume of the water spilled, in liters.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc7c9f835-90f4-46d1-a91b-0c55ac5847ca%2Fec921f96-f25f-4177-9ae4-c9b7e989455e%2Fcy2hul6_processed.png&w=3840&q=75)
Transcribed Image Text:PROBLEM 2
A driver is driving at an initial speed of 40 kph. At the back of his truck is a mounted
container that is filled with 1.8 m of water. The container is 6 m long, 2 m wide, and 2 m
high. The water container is covered with a rubber tarpaulin. After 20 minutes of driving
at constant speed, three things happen:
(1) The rope of the tarpaulin at the rear end of his truck unravels, causing the back
portion of the water surface to be exposed to the atmosphere. He is unaware of this.
(2) He sees a van ahead on the road. Ever so inspired by Fast and Furious, he
overtakes the van, and at 4 seconds, increases his speed to 72 kph.
(3) Upon doing so, the water in his tank partially spills. Poor guy, he is oblivious to the
mess, but let's leave it to him to solve that.
As for you, dear reader, find the volume of the water spilled, in liters.
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