In an industrial plant, two tanks, Tank A and Tank B, are connected to the same output valve (V). A sensor in each tank detects when the tank is full ( logic 1; B = logic 1). When the plant is not being operated manually (M = logic 0), then the valve must open (V = logic 1) when either Tank A is full A %3D %3D %3D %3D or Tank B is full, but not both. What is the Boolean logic expression for when the valve should be opened? O v = M· (A+B) Ov = M + A+ B O V = MAB O v = M· (AB+ AB)
In an industrial plant, two tanks, Tank A and Tank B, are connected to the same output valve (V). A sensor in each tank detects when the tank is full ( logic 1; B = logic 1). When the plant is not being operated manually (M = logic 0), then the valve must open (V = logic 1) when either Tank A is full A %3D %3D %3D %3D or Tank B is full, but not both. What is the Boolean logic expression for when the valve should be opened? O v = M· (A+B) Ov = M + A+ B O V = MAB O v = M· (AB+ AB)
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Transcribed Image Text:In an industrial plant, two tanks, TankA and Tank B, are connected to the
same output valve (V). A sensor in each tank detects when the tank is full (
A = logic 1; B = logic 1). When the plant is not being operated manually (M
%3D
= logic 0), then the valve must open (V = logic 1) when either Tank A is full
%3D
or Tank B is full, but not both. What is the Boolean logic expression for
when the valve should be opened?
Ov = M (A+ B)
ОV- M+А + В
O V = MAB
ОV- M:(АВ + АB)
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