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Sure bro.
1. NE made easy ani oka book untundhi. You have all those GATE related formulae in that. Meeru malli formulae gather cheyyalsina avasaram ledhu. It will be reading available.
2. Regular ga GATE mock tests ivvali. It is mandatory.
3. If you are residing in Hyderabad, State central libraries lo each and every specialization related books dorkuthai such as Machines, Power systems, Measuring Instruments.
Edhi ey book theeskunna, Naagoorkani Signals and systems, Machines by PS Bimbhra, Power systems by CL Wadhwa(or any other author). Mandatory.
4. ey okka formula ni odhaladdhu. Grab all of them from online material too.
5. For math and aptitude my best suggestion is previous year question papers. Go through them. Readily available online.
6. Telegram channel lo quizzes are most underrated strategy for GATE.
7. Youtube videos are also recommended.
8. Electrical, Aptitude, Mathematics ki seperate books pettandi.
(previous year question papers vadhaladdhu)
On which side the OC test of the 1ph transformer will be conducted
Common Electrical Engineering Formulas:
1. Ohm's Law: V = I * R
- V: Voltage (in volts)
- I: Current (in amperes)
- R: Resistance (in ohms)
2. Power in a DC Circuit: P = V * I
- P: Power (in watts)
- V: Voltage (in volts)
- I: Current (in amperes)
3. Power in an AC Circuit: P = V * I * cos(θ)
- P: Power (in watts)
- V: Voltage (in volts)
- I: Current (in amperes)
- θ: Phase angle between voltage and current
4. Capacitance: C = Q / V
- C: Capacitance (in farads)
- Q: Electric charge (in coulombs)
- V: Voltage (in volts)
5. Inductance: L = Φ / I
- L: Inductance (in henries)
- Φ: Magnetic flux (in webers)
- I: Current (in amperes)
6. Impedance of a Resistor: Z = R
- Z: Impedance (in ohms)
- R: Resistance (in ohms)
7. Impedance of a Capacitor: Z = 1 / (jωC)
- Z: Impedance (in ohms)
- j: Imaginary unit (√-1)
- ω: Angular frequency (in radians per second)
- C: Capacitance (in farads)
8. Impedance of an Inductor: Z = jωL
- Z: Impedance (in ohms)
- j: Imaginary unit (√-1)
- ω: Angular frequency (in radians per second)
- L: Inductance (in henries)
9. Kirchhoff's Voltage Law (KVL): Σ(Voltage drops) = Σ(Voltage sources)
- The sum of voltage drops across components in a closed loop is equal to the sum of the voltage sources in that loop.
10. Kirchhoff's Current Law (KCL): Σ(Currents entering a node) = Σ(Currents leaving a node)
- The sum of currents entering a node is equal to the sum of currents leaving that node.
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