Resistors in Series and Parallel

[@ManochaAcademy]

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Until now none of my teachers really told me that bulb is actually a resistance. Now that I got it, everything is crystal clear. Thank you so much Sir. I wish you were a teacher at my school!

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Thank you so much sir . My teacher is teaching this lesson form more than 4 months and I didn't even got that a bulb is a resistance. I was very much worried for my exam on next week . All thanks to you. As you said it is crystal clear to me now this full chapter. God bless you sir

[@ManochaAcademy]

Great to hear the concepts are clear now! All the best for your exam!

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I love your teaching sir, i understand it more clearly now, it's crystal clear to me now, I can differentiate between resistors in series and parallel

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[@ManochaAcademy]

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[@sridhevivijay8311]

I havw a doubt sir,Arent potential difference and current directly proportional? So in series circuit if potential is changing across 2 resistors, shouldnt the current also change?

[@ilisha_patel]

I think it's because in series resistors, the first resistor gets full potential applied, but a voltage drop occurs at the first resistor and the second resistor gets the dropped voltage applied across the 2nd resistor terminals, which causes a voltage division.

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Sir your explanation is brilliant!!

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Thank u sir For giving some lecture about series and parallel combination Well sir👍 Your Teaching is Best.....🎉

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Explanation is very great

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[@ManochaAcademy]

Thank you, I will

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[@baharaliali2377]

sir if R1 and R2 are same then in seies combination then how the voltage will be different across each one?

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Your videos were superb I understand this so easily but please make it in hindi as you do in the early years.

[@ManochaAcademy]

Will do

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No one in the world can explain this topic as simple as this

[@paulbaraka7666]

Thank you soo much. Please prepare us for capacitance

[@dimpulsreejacheruku4661]

Sir will u pls explain how to simplify the circuit

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better*

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[@ManochaAcademy]

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[@ManochaAcademy]

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[@ManochaAcademy]

Already uploaded: kzbin.info/www/bejne/q3nZhGp_bsSLZq8

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Sir , u said that the bulbs glowly dimly because current in it decreases, but , on the other hand it was also told that constant current flows through the circuit??~~~?~?

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[@Enjoylearning2995]

In parallel combination the current is distributed .to which resistor current flows more?

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Low resistor get more current flow compare to higher resistance

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[@ManochaAcademy]

Always welcome

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[@peacefulmusicplaylist]

08:37 your statement need to be corrected. Because sereies circuit current will be same and voltge only divided. So, sereies combination overall resistance increases, Same Current through Each Bulb and voltage in the circuit divided in to each bulb. Why series combination bulb glow dim? In a series combination of bulbs, the bulbs glow dim due to the following reasons: Same Current through Each Bulb: In a series circuit, the same current flows through all the components. If there are multiple bulbs in series, they share the total current, which can result in a lower current passing through each bulb compared to a single bulb circuit. Voltage Distribution: The total voltage from the power supply is divided among all the bulbs in the series. Each bulb receives only a fraction of the total voltage, which can lead to a reduction in brightness. The voltage drop across each bulb is determined by its resistance, leading to less voltage for each one. Increased Total Resistance: Adding more bulbs in series increases the total resistance of the circuit. According to Ohm’s Law (V = IR), for a fixed voltage, an increase in resistance will decrease the overall current. Lower current means less power (and therefore less brightness) for each bulb.

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Most welcome

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[@ManochaAcademy]

Glad you liked it

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Any student here from India 👍👍

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Very much clear bruh I like it

[@ManochaAcademy]

Thanks for liking

[@rifatasnim_]

Why not the resistors in the series setup get equal voltages? And rather get divided unequally?