ख़ामोश लफ़्ज़ों की कहानी
"ख़ामोश लफ़्ज़ों की कहानी" एक ऐसा कहानी-संग्रह है जो उन जज़्बातों, रिश्तों और पलों को आवाज़ देता है जो अक्सर शब्दों में नहीं कहे जाते। ये कहानियाँ सादगी में छिपी गहराई, खामोश चेहरों की मुस्कान, और टूटे दिलों की पुकार को महसूस कराती हैं। हर कहानी आपको सोचने पर मजबूर करेगी — क्या हर चुप्पी सच में चुप होती है? यह संग्रह उन लोगों के लिए है जो शब्दों के पीछे छिपे एहसासों को पढ़ सकते हैं, जो खामोशी में भी कहानी ढूँढ लेते हैं।
शुक्रवार, 6 जून 2025
एक रात की बात
बूढ़े पेड़ की छांव
शनिवार, 19 जून 2021
Grouping of resistance( Resistor applications)
Grouping of resistance?
A more complex resistor network can be solved by systematic grouping of resistors. Resistors R2 and R3 are connected in series. They are in parallel with resistor R1. To solve the network, the resistors are separated in two groups.
How to calculate the equivalent resistance value for resistors in parallel?
Resistors are often connected in series or parallel to create more complex networks. An example of 3 resistors in parallel is shown in the picture above. The voltage across resistors in parallel is the same for each resistor. The current however, is in proportion to the resistance of each individual resistor. The equivalent resistance of several resistors in parallel is given by:
The current through each resistor is given by:
To quickly calculate the equivalent resistance value of two resistors in parallel
How to solve a network with resistors in parallel and series?
A more complex resistor network can be solved by systematic grouping of resistors. In the picture below three resistors are connected. Resistors R2 and R3 are connected in series. They are in parallel with resistor R1. To solve the network, the resistors are separated in two groups. Group 1 consists of only R1. Group 2 consists of R2 and R3.
The equivalent resistance of group 2 is easily calculated by the sum of R2 and R3:
This leads to the simplified circuit with two resistors in parallel. The equivalent resistance value of this circuit is easily calculated:
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शुक्रवार, 18 जून 2021
NCERT Solutions for Class 12 Maths Chapter 7 Integrals
NCERT Solutions for Class 12 Maths Chapter 7 Integrals
Integrals Ex 7.1 Class 12
Class 12 Maths Question
Ex : - 7.1,7.2 all solution by Anirudh sir.
Go through the mention Video.
For an quire call or massage me on :- +91 7979087608
What is electric current in simple words?
Electric current
What is electric current and its formula?
What is electric current in simple words?
An electric current is a stream of charged particles, such as electrons or ions, moving through an electrical conductor or space. It is measured as the net rate of flow of electric charge through a surface or into a control volume.
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