If a 24V and a 10V battery are in series opposing total voltage is?
Answers
Answered by
10
Hi there.
Given ⇒
Potential of First Battery (V₁) = 24 V.
Potential of the Second Battery (V₂) = 10 V.
According to the Question, If there are two batteries and are joined in series, then it means that the current will remains same in both of the battery and the Potential will be reduced, since they are joined in opposite direction.
Hence, the net voltage will be V₁ - V₂
∴ Net voltage = V₁ - V₂
⇒ Opposing Voltage = 24 - 10
∴ Opposing Voltage = 14 V.
Hence, the opposing potential in the connection is 10 V.
Hope it helps.
Given ⇒
Potential of First Battery (V₁) = 24 V.
Potential of the Second Battery (V₂) = 10 V.
According to the Question, If there are two batteries and are joined in series, then it means that the current will remains same in both of the battery and the Potential will be reduced, since they are joined in opposite direction.
Hence, the net voltage will be V₁ - V₂
∴ Net voltage = V₁ - V₂
⇒ Opposing Voltage = 24 - 10
∴ Opposing Voltage = 14 V.
Hence, the opposing potential in the connection is 10 V.
Hope it helps.
Answered by
7
Answer:-
☆If a cell connects a series negative terminal of the cell a connected to a positive terminal of an another cell. By applying a sign conversion rule to this circuit you get an answer☆
》As V1 = 24 volt V2 = 10 volt but V2 is Negative
》V1-V2 = 24-10 = 14volt
total opposing voltage is 14 volt
☆i hope its help☆
☆If a cell connects a series negative terminal of the cell a connected to a positive terminal of an another cell. By applying a sign conversion rule to this circuit you get an answer☆
》As V1 = 24 volt V2 = 10 volt but V2 is Negative
》V1-V2 = 24-10 = 14volt
total opposing voltage is 14 volt
☆i hope its help☆
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