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Assertion (A): If the reading of an instrument is low, the error is large. Reason (R): The error of an instrument is certain percentage of its full scale deflection. | |
A. | Both A and R are true and R is correct explanation of A [Correct Answer] |
B. | Both A and R are true but R is not correct explanation of A [Wrong Answer] |
C. | A is true R is false [Wrong Answer] |
D. | A is false R is true [Wrong Answer] |
View Answer
Explanation:-
Answer : A Discuss it below : !! OOPS Login [Click here] is required to post your answer/result |
Also Read Similar Questions Below :
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0
∞
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⇒ In figure V_{BE} = 0.7 V. The base curren
above 97 μA
about 97 mA
about 75 μA
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⇒ In p type semiconductor, the hole concentration
is nearly equal to density of acceptor atoms
is much greater than density of acceptor atoms
is much less than density of acceptor atoms
may be equal to or more or less than density of acceptor atoms
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TRUE
FALSE
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the output is proportional to input
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the output is proportional to rate of change of input
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⇒ If V_{A} = - 10 V and V_{B} = - 15 V, VAB = 5 V.
TRUE
FALSE
⇒ If a driving point function N(s) = p(s)/q(s), then
the degree of p(s) and q(s) may differ by one only
the degree of p(s) and q(s) may differ by zero only
the degrees of p(s) and q(s) be equal
the degrees of p(s) and q(s) must not be equal
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x_{1} = C, x_{2} = L, x_{3} = C
x_{1} = C, x_{2} = L, x_{3} = L
x_{1} = C, x_{2} = C, x_{3} = L
x_{1} = L, x_{2} = C, x_{3} = L
⇒ Maxwell's divergence equation for the magnetic field is given as
∇ . B = 0
∇^{2} . B = 0
∇ . B = constant
∇^{2} . B = constant
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voltage series
current series
voltage shunt
current shunt
⇒
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Reason (R): When a transistor is in cut off region, collector current is zero
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A is correct R is wrong
A is wrong R is correct
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- It consists of runaway localizer, glide path equipment and marker beacons.
- It is basically a blind landing system.
All
1 and 2 only
1 and 3 only
2 only