A large container of benzene is transported on the truck. Determine (1) the level in each of thevent tubes A and B if the truck acceleration at a = 0.5 m/s². (2) the maximum constantacceleration of the truck without spill benzene from the vent tubes.When the truck is at rest, ha = hg = 0.1 m.-0.2 m-2.0 m0.2 m→|A [0.25 m BhATTheaent learning. Disser.ie work and is not permitted.ó copyrig.- (including on the World vSOLUTION1.0 m1.0 mΔηh'Bhg =0.1 mhA = 0.1 mh'aImaginary free surface(a)The imaginary surface of the benzene in the accelerated tank is shown above.actan0 =(1)0.5 m/s²9.81 m/s²0 = 2.91774938°Ah = 1m * tan0 = 0.051m3Homework #2 Problemsh, = ha – Ah = 0.1 m – 0.051 m = 0.049mhg = hg – Ah = 0.1 m + 0.051 m = 0. 151m(2) The imaginary surface of the benzene in the accelerated tank will spill from vent B. Thus,0.15macAh = h'3 – hB = 0.25 m – 0.1 m = 0.15 mtan0 =1mg(0.15m= 1.47 m/s²ac = 9.81 m/s²1minstructors in. A large container of benzene is transported on the truck. Determine (1) the level in each of thevent tubes A and B if the truck acceleration at a = 1.5 m/s². (2) the maximum constantacceleration of the truck without spill benzene from the vent tubes.When the truck is at rest, ha = hg = 0.6 m.0.2 m→ --0.2 m4.0 mВ|AhaThs1 ma

Name: A large container of benzene is transported on the truck. Determine (
Uploaded: 2024-03-20T06:56:55.000Z
Channel: Bartleby
Description: A large container of benzene is transported on the truck. Determine (1) the level in each of thevent tubes A and B if the truck acceleration at a = 0.5 m/s². (2) the maximum constantacceleration of the truck without spill benzene from the vent tubes