293. The gradient can be replaced by which of the following?
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c Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
c
See lessExplanation: Since gradient is the maximum space rate of change of flux, it can be
replaced by differential equations.
C Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
C
See lessExplanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
C Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
C
See lessExplanation: Since gradient is the maximum space rate of change of flux, it can be
replaced by differential equations.
Answer: c Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
Answer: c
See lessExplanation: Since gradient is the maximum space rate of change of flux, it can be
replaced by differential equations.
c) Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
c)
See lessExplanation: Since gradient is the maximum space rate of change of flux, it can be
replaced by differential equations.
Differential equation
Differential equation
See lessc) Differential equation Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
c)
Differential equation
Explanation:
Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
See lessc Explanation: Since gradient is the maximum space rate of change of flux, it can be replaced by differential equations.
c
Explanation: Since gradient is the maximum space rate of change of flux, it can be
replaced by differential equations.
See less