True, In the STEM field engineers use and think in terms of sciences like physics and math.
The term that describes the action of a qubit that moves from superposition to 1 or 0 after measurement is Collapse.
<h3>What is collapse?</h3>
Collapse is the process that lead to the movement of qubit from a a state of superposition to 1 or 0 after measurements which make it to remain in that state.
Therefore, The term that describes the action of a qubit that moves from superposition to 1 or 0 after measurement is Collapse.
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Answer:
The channel distance affected by the weir
Yn ( Normal depth ) = 5.71 ft
Yc ( critical depth ) = 4.11 ft
x = 22794 ft
Explanation:
Attached below is a detailed solution to the problem
The channel distance affected by the weir
Yn ( Normal depth ) = 5.71 ft
Yc ( critical depth ) = 4.11 ft
x = 22794 ft
Answer:
Recall the Entropy Balance (Second Law of Thermodynamics) equations for the system below
And for ideal gas, we know that
Change in Entropy of the air kJ/Kg.K, ΔS = S₁ - S
₂ = Cp Ln (T₂/T₁) - R Ln(P₂/P₁)
where R is gas constant =0.287kJ/kg.K and given
Cp=1.015 kJ/ kg.K
T₂ = 465k T₁=270k, P1=58kPa, P2=350kPa
substituting these values into the eqn above, we have
S = (1.015x 0.544) - (0.287x1.798)
S = 0.0363kJ/Kg.K
Hence, the mass specific entropy change associated with the compression process = 0.0363kJ/Kg.K
