The rate of rise of restriking voltage (RRRVmax) is defined as the slope of the steepness tangent of the restriking voltage curve, and it is determined as:

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TuteeHUB · Accepted Answer

NA

TuteeHUB · Answer

$RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {RL} }}$

TuteeHUB · Answer

$RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {RC} }}$

TuteeHUB · Answer

$RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {2LC} }}$

TuteeHUB · Answer

$RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {LC} }}$

1.	The rate of rise of restriking voltage (RRRVmax) is defined as the slope of the steepness tangent of the restriking voltage curve, and it is determined as:
A.	\(RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {RL} }}\)
B.	\(RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {RC} }}\)
C.	\(RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {2LC} }}\)
D.	\(RRR{V_{max}} = \frac{{{V_m}}}{{\sqrt {LC} }}\)
Answer» E.

The rate of rise of restriking voltage (RRRVmax) is defined as the slope of the steepness tangent of the restriking voltage curve, and it is determined as:

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