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Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) using Non-homogenous Linear Differential Equation

Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) using Non-homogenous Linear Differential Equation Problem Question Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) using Non-homogenous Linear Differential Equation Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x + x…

Solution of Non-homogenous Linear Differential Equation

Solution of Non-homogenous Linear Differential Equation Solution of Non-homogenous Linear Differential Equation Specific forms of the Particular integral Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x…

Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 using Homogeneous Linear Differential equation

Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 using Homogeneous Linear Differential equation Problem Question Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 using Homogeneous Linear Differential equation Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y…

Solve (4D^4-4D^3-23D^2+12D+36)y=0 using Homogeneous Linear Differential equation

Solve (4D^4-4D^3-23D^2+12D+36)y=0 using Homogeneous Linear Differential equation Problem Question Solve (4D^4-4D^3-23D^2+12D+36)y=0 using Homogeneous Linear Differential equation Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x + x…

Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 using Homogeneous Linear Differential equation

Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 using Homogeneous Linear Differential equation Problem Question Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 using Homogeneous Linear Differential equation Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x + x…

Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 using Homogeneous Linear Differential equation

Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 using Homogeneous Linear Differential equation Problem Question Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 using Homogeneous Linear Differential equation Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x + x…

Solution of Homogeneous Linear Differential equation

Solution of Homogeneous Linear Differential equation Differential equation of second and higher order with constant coefficients Solution of Homogeneous Linear Differential Equation Method for finding the Complimentary Function Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve…

Differential equations of second and higher order with constant coefficients

Differential equations of second and higher order with constant coefficients Topics Differential equations of second and higher order with constant coefficients Solution of Homogeneous Linear Differential equation Solution of Non-homogenous Linear Differential Equation Homogeneous Linear Differential equation problems Solve (d^3/dx^3)y-2(d^2/dx^2)y+4(d/dx)y-8y=0 Solve (d^3/dx^3)y+6(d^2/dx^2)y+11(d/dx)y+6y=0 Solve (4D^4-4D^3-23D^2+12D+36)y=0 Solve (d^4/dx^4)y + 8 (d^2/dx^2)y+16y=0 Non-homogeneous Linear Differential equation problems Solve (d^2/dt^2)x-6(dx/dt)+9x=5e^(-2t) Solve (d^2/dx^2)y-4y=cosh(2x-1)+3^x Solve (D^4-18D^2+81)y=36 e^(3x) Solve (D^2-1)y = 3x^2+6x+12 Solve d^2y/dx^2 -6dy/dx+25y = e^2x +sin x + x Solve (d^4y/dt^4)-y = e^t cos t…

Three coils are connected in delta to 3 phase, 3 wire 400 V, 50 Hz supply and takes a line current of 5A at 0.8 power factor lagging. Calculate the resistance and inductance of the coils

Three coils are connected in delta to 3 phase, 3 wire 400 V, 50 Hz supply and takes a line current of 5A at 0.8 power factor lagging. Calculate the resistance and inductance of the coils Problem Question Three coils are connected in delta to 3 phase, 3 wire 400 V, 50 Hz supply and takes a line current of 5A at 0.8 power factor lagging. Calculate the resistance and inductance of the coils Topic AC Circuit Fundamentals Single phase…

Two watt-meters are used to measure power in a 3-phase balanced load. The watt-meter readings are 2 KW and 7.5 KW. Calculate (i) Total Power (ii) Power factor (iii) Total reactive power

Two watt-meters are used to measure power in a 3-phase balanced load. The watt-meter readings are 2 KW and 7.5 KW. Calculate (i) Total Power (ii) Power factor (iii) Total reactive power Problem Question Two watt-meters are used to measure power in a 3-phase balanced load. The watt-meter readings are 2 KW and 7.5 KW. Calculate (i) Total Power (ii) Power factor (iii) Total reactive power Topic AC Circuit Fundamentals Single phase AC Circuits Three phase AC circuits AC Circuit…

Three coils each of impedance 20∠60° Ω are connected in star to a 3 phase 400 V, 50 Hz supply. Find the reading on each of the two watt-meters connected to measure the power input.

Three coils each of impedance 20∠60° Ω are connected in star to a 3 phase 400 V, 50 Hz supply. Find the reading on each of the two watt-meters connected to measure the power input. Problem Question Three coils each of impedance 20∠60° Ω are connected in star to a 3 phase 400 V, 50 Hz supply. Find the reading on each of the two watt-meters connected to measure the power input. Topic AC Circuit Fundamentals Single phase AC Circuits…

3 similar coils each having resistance of 10 ohms and reactance of 8 ohms are connected in star across 400 V, 3 phase supply. Determine (a) Line current (b) Total power (c) Reading of two watt-meters connected to measure power

3 similar coils each having resistance of 10 ohms and reactance of 8 ohms are connected in star across 400 V, 3 phase supply. Determine (a) Line current (b) Total power (c) Reading of two watt-meters connected to measure power Problem Question 3 similar coils each having resistance of 10 ohms and reactance of 8 ohms are connected in star across 400 V, 3 phase supply. Determine (a) Line current (b) Total power (c) Reading of two watt-meters connected to…

A balanced 3 phase star connected system draws power from 440 V supply. The two watt-meters connected indicate W1 = 5KW and W2 = 1.2 KW. Calculate power, power factor and current in the circuit

A balanced 3 phase star connected system draws power from 440 V supply. The two watt-meters connected indicate W1 = 5KW and W2 = 1.2 KW. Calculate power, power factor and current in the circuit Problem Question A balanced 3 phase star connected system draws power from 440 V supply. The two watt-meters connected indicate W1 = 5KW and W2 = 1.2 KW. Calculate power, power factor and current in the circuit Topic AC Circuit Fundamentals Single phase AC Circuits…

A 3-phase load of 3 equal impedances are connected in delta across a balanced 400 V, 50 Hz, 3 phase supply which takes a line current of 10 A at a power factor of 0.7 lag. Calculate (i) Phase current (ii) Total Power in W (iii) Power in VA (iv) Power in VAR

A 3-phase load of 3 equal impedances are connected in delta across a balanced 400 V, 50 Hz, 3 phase supply which takes a line current of 10 A at a power factor of 0.7 lag. Calculate (i) Phase current (ii) Total Power in W (iii) Power in VA (iv) Power in VAR Problem Question A 3-phase load of 3 equal impedances are connected in delta across a balanced 400 V, 50 Hz, 3 phase supply which takes a line…

A Delta connected load consist of a resistance of 10 ohms and capacitance of 100 micro farad in each phase. A supply of 410 V at 50 Hz is applied to the load. Find line current, power consumed by the load and power factor

A Delta connected load consist of a resistance of 10 ohms and capacitance of 100 micro farad in each phase. A supply of 410 V at 50 Hz is applied to the load. Find line current, power consumed by the load and power factor Problem Question A Delta connected load consist of a resistance of 10 ohms and capacitance of 100 micro farad in each phase. A supply of 410 V at 50 Hz is applied to the load. Find…

A coil of resistance 10 ohms and inductance of 0.1 H is connected in series with a 150 micro farad capacitor across a 200 V, 50 Hz supply. Calculate (i) Inductive reactance (ii) Capacitive reactance (iii) Impedance (iv) Current (v) Power factor (vi) Voltage across coil (vii) Voltage across capacitor.

A coil of resistance 10 ohms and inductance of 0.1 H is connected in series with a 150 micro farad capacitor across a 200 V, 50 Hz supply. Calculate (i) Inductive reactance (ii) Capacitive reactance (iii) Impedance (iv) Current (v) Power factor (vi) Voltage across coil (vii) Voltage across capacitor. Problem Question A coil of resistance 10 ohms and inductance of 0.1 H is connected in series with a 150 micro farad capacitor across a 200 V, 50 Hz supply.…

An inductive coil takes a current of 33.24 A from 230 V, 50 Hz supply, if the resistance of coil is 6 ohms. Calculate inductance of the coil and power taken by the coil.

An inductive coil takes a current of 33.24 A from 230 V, 50 Hz supply, if the resistance of coil is 6 ohms. Calculate inductance of the coil and power taken by the coil. Problem Question An inductive coil takes a current of 33.24 A from 230 V, 50 Hz supply, if the resistance of coil is 6 ohms. Calculate inductance of the coil and power taken by the coil. Topic AC Circuit Fundamentals Single phase AC Circuits Three phase…

An alternating voltage of (160+j 120) V is applied to a circuit and the current is given by (6-j8) A. Find the values of circuit elements by assuming f=50 Hz. Calculate the power factor of the circuit and power consumed by the circuit.

An alternating voltage of (160+j 120) V is applied to a circuit and the current is given by (6-j8) A. Find the values of circuit elements by assuming f=50 Hz. Calculate the power factor of the circuit and power consumed by the circuit. Problem Question An alternating voltage of (160+j 120) V is applied to a circuit and the current is given by (6-j8) A. Find the values of circuit elements by assuming f=50 Hz. Calculate the power factor of…

A resistance of 7 ohms is connected in series with a pure inductance of 31.8 mH and the circuit is connected to a 100V, 50 Hz sinusoidal supply. Calculate (i) Circuit current (ii) Phase angle (iii) Power factor (iv) Power

A resistance of 7 ohms is connected in series with a pure inductance of 31.8 mH and the circuit is connected to a 100V, 50 Hz sinusoidal supply. Calculate (i) Circuit current (ii) Phase angle (iii) Power factor (iv) Power Problem Question A resistance of 7 ohms is connected in series with a pure inductance of 31.8 mH and the circuit is connected to a 100V, 50 Hz sinusoidal supply. Calculate (i) Circuit current (ii) Phase angle (iii) Power factor…

A coil of resistance 20 ohms and inductance of 0.0382 henry is connected in parallel to a circuit consisting of a 150 micro farad in series with a 10 ohms resistor. The arrangement is connected to a 230 V, 50 Hz supply. Determine current in each branch. Also find total supply current.

A coil of resistance 20 ohms and inductance of 0.0382 henry is connected in parallel to a circuit consisting of a 150 micro farad in series with a 10 ohms resistor. The arrangement is connected to a 230 V, 50 Hz supply. Determine current in each branch. Also find total supply current. Problem Question A coil of resistance 20 ohms and inductance of 0.0382 henry is connected in parallel to a circuit consisting of a 150 micro farad in series…