Sentences with COEFFICIENT-OF-MUTUAL-INDUCTION
Check out our example sentences below to help you understand the context.Sentences
1
"The coefficient of mutual induction between the two coils is essential for calculating the induced voltage in the secondary coil."
2
"To determine the coefficient of mutual induction, we need to know the number of turns in the primary and secondary coils."
3
"A higher coefficient of mutual induction ensures a stronger electromagnetic coupling between the coils."
4
"The coefficient of mutual induction is denoted by the symbol M."
5
"Inductors with a large coefficient of mutual induction are commonly used in transformers."
6
"The coefficient of mutual induction plays a crucial role in the operation of electrical transformers."
7
"An increase in the number of turns in the coils generally leads to a higher coefficient of mutual induction."
8
"The coefficient of mutual induction determines the efficiency of power transfer in transformers."
9
"The coefficient of mutual induction can be calculated using the formula M = (√L1L2), where L1 and L2 are the inductances of the two coils."
10
"The coefficient of mutual induction depends on the relative positions and orientations of the two coils."
11
"In a transformer, the primary and secondary coils are designed to have a high coefficient of mutual induction."
12
"The self-inductance of a coil affects its coefficient of mutual induction with other coils."
13
"The coefficient of mutual induction is influenced by the magnetic permeability of the medium between the coils."
14
"The coefficient of mutual induction is an important parameter in the design of radio frequency circuits."
15
"The coefficient of mutual induction between two coils can be increased by using a ferromagnetic material as a core."
16
"The coefficient of mutual induction is affected by the distance between the coils."
17
"A coefficient of mutual induction close to zero indicates a weak coupling between the coils."
18
"The coefficient of mutual induction is used to calculate the mutual inductance between the coils."
19
"The coefficient of mutual induction can be determined experimentally by measuring the induced voltage in the secondary coil."
1
"The coefficient of mutual induction determines the extent of energy transfer between two adjacent coils."
2
"In a transformer, the coefficient of mutual induction affects the efficiency of power transmission."
3
"The coefficient of mutual induction is crucial in determining the voltage induced in a secondary coil."
4
"The coefficient of mutual induction between two coils can be calculated using Faraday's law of electromagnetic induction."
5
"Mutual inductance depends on the value of the coefficient of mutual induction."
6
"A high coefficient of mutual induction indicates a strong coupling between two coils."
7
"The coefficient of mutual induction is denoted by the symbol M."
8
"The coefficient of mutual induction is a dimensionless quantity."
9
"The coefficient of mutual induction is measured in henries."
10
"The coefficient of mutual induction plays a significant role in the design of electrical transformers."
