Chemical Engineering > GATE 2018 > Fluid Dynamics
The initial water level in a tank is 4 m. When the valve located at the bottom is opened, the rate of change of water level (L) with respect to time (t) is,
dL/dt = −k√t, where
k = 0.6 m s−3/2.
The level of water (in m) in the tank at time 0.5 s after opening the valve is ____________ (rounded off to second decimal place).
dL/dt = −k√t, where
k = 0.6 m s−3/2.
The level of water (in m) in the tank at time 0.5 s after opening the valve is ____________ (rounded off to second decimal place).
Explanation
Correct : 3.80
Similar Questions
What is the worst-case time complexity of insertion in an AVL tree?
Which operations on a binary search tree have O(h) complexity?
Compare search complexities of sorted array vs balanced BST.