In the circuit diagram shown below, the magnitude and direction of the flow of current respectively would be
Medium
Download our app for free and get started
Total resistance of the circuit
$R=1\, \Omega+2\, \Omega+3\, \Omega=6 \,\Omega$
Current, $\quad \mathrm{I}=\frac{10-4}{6}=1 \mathrm{\,amp}$
The direction of the current would be from $\mathrm{a}$ to $\mathrm{b}$ via $\mathrm{e}.$
Download our appand get started for free
Experience the future of education. Simply download our apps or reach out to us for more information. Let's shape the future of learning together!No signup needed.*
Similar Questions
- 1In the circuit here, the steady state voltage across capacitor $C$ is a fraction of the battery $e.m.f.$ The fraction is decided byView Solution
- 2If six identical cells each having an $e.m.f.$ of $6\,V$ are connected in parallel, the $e.m.f.$ of the combination is ................ $V$View Solution
- 3Effective resistance across $A B$ in the network shown in .......... $\Omega$View Solution
- 4View SolutionIn the following diagram the wheat stone bridge is balanced when we interchange the resistances of
- 5A wire has a resistance of $6 \,\Omega$. It is cut into two parts and both half values are connected in parallel. The new resistance is ................ $\Omega$View Solution
- 6In the circuit shown, the current in the $1\,\Omega$ resistor isView Solution
- 7The meter bridge shown is in balanced position with $\frac{\mathrm{P}}{\mathrm{Q}}=\frac{\mathrm{l}_{1}}{\mathrm{l}_{2}}$. If we now litterchange the positions of gavanometer and cell, will the bridge work? If yes, what will be balance condition?View Solution
- 8When the power delivered by a $100\,volt$ battery is $40\,watts$ the equivalent resistance of the circuit is ........... $ohms$View Solution
- 9In the circuit shown in figure reading of voltmeter is $V_1$ when only $S_1$ is closed, reading of voltmeter is $ V_2$ when only $S_2$ is closed and reading of voltmeter is $V_3$ when both $S_1$ and $S_2$ are closed. ThenView Solution
- 10Water boils in an electric kettle in $15\,\min$ after switching on. If the length of the heating wire is decreased to $2/3$ of its initial value, then the same amount of water will boil with the same supply voltage in ............. $min$View Solution