4. An open rectangular container van 3m high, 2.40m wide, and 6m long was assigned to transport 33 m' of water into a village experiencing water shortage. When it is accelerated horizontally, determine the a. highest possible acceleration without spilling any water b. accelerating force on the liquid mass in kN c force acting on the rear wall d. if the acceleration is increased by 3 m/s?, how many liters of water remained on the van?

Structural Analysis
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ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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4. An open rectangular container van 3m high, 2.40m wide, and 6m long was assigned to transport 33 m' of water into
a village experiencing water shortage. When it is accelerated horizontally, determine the
a. highest possible acceleration without spilling any water
b. accelerating force on the liquid mass in kN
c. force acting on the rear wall
d. if the acceleration is increased by 3 m/s, how many liters of water remained on the van?
Transcribed Image Text:4. An open rectangular container van 3m high, 2.40m wide, and 6m long was assigned to transport 33 m' of water into a village experiencing water shortage. When it is accelerated horizontally, determine the a. highest possible acceleration without spilling any water b. accelerating force on the liquid mass in kN c. force acting on the rear wall d. if the acceleration is increased by 3 m/s, how many liters of water remained on the van?
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