Answer:
Insulation Resistance Tests
Explanation:
An insulation resistance test is carried out when there are unstable readings and random changes in the zero balance point of the load cell. It is done by measuring the resistance between the load cell body and all its connected wires, as follows:
First, disconnect the load cell from the summing box and indicator panel.
Connect all the input, output and sense (if equipped) wires together.
Measure the insulator resistance between the connected wires and the load cell body with a mega-ohmmeter.
Measure the insulation resistance between the connected wires and the cable shield.
Measure the insulation resistance between the load cell body and the cable shield.
The insulation resistance should match the value in the product’s load cell datasheet. A lower value shows an electrical leakage caused by moisture; this causes short circuits, giving unstable load cell outputs.
Answer:
Attached is the pictorial view of the solution
i)The only dominant strategy is BETH to choose RIGHT
ii) the outcome reflecting the unique Nash equilibrium in this game is as follows Andrew chooses LEFT and Beth chooses RIGHT
Explanation:
Andrew payoff = 6 when he chooses Right
Beth payoff = 5 when he chooses right
The given data
Beth : Left ; 4,5. right ; 4,5
Andrew : Left ; 8,4. right ; 5,6
i)The only dominant strategy is BETH to choose RIGHT
ii) the outcome reflecting the unique Nash equilibrium in this game is as follows Andrew chooses LEFT and Beth chooses RIGHT
Answer:
(b) BC → A
Explanation:
For given instance of S, certain dependencies (that is to say, A → B and B → C) can be said that they are not violated by this instance of S.
It can be said that an FD holds with respect to a relationship is to make a claim about all appropriate instances of S.
BC → A does not hold over S. To confirm, let's look at the tuples (1, 2, 3) and (4, 2, 3).
Hence, the answer is (b) BC → A.
Answer:
Assuming point a is the origin (0,0) than the ball would be at (-3, -2)
Explanation:
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