GATE Physics: Questions 164 - 166 of 622

Get 1 year subscription: Access detailed explanations (illustrated with images and videos) to 622 questions. Access all new questions we will add tracking exam-pattern and syllabus changes. View Sample Explanation or View Features.

Rs. 350.00 or

Question number: 164

» Nuclear and Particle Physics » Fermi Gas Model

Appeared in Year: 2014

MCQ▾

Question

Which one of the following is a fermion?

Choices

Choice (4) Response

a.

Deuteron

b.

Equation particle

c.

Equation nucleus

d.

Hydrogen atom

Question number: 165

» Nuclear and Particle Physics » Nuclear Reaction

Appeared in Year: 2015

Short Answer Question▾

Write in Short

The atomic masses of Equation and neutron are Equation and Equation in atomic mass units (amu), respectively. Using the above information, the Q – value of the reaction Equation is ________ Equation (up to three decimal places)

Question number: 166

» Electronics » Operational Amplifiers

Appeared in Year: 2012

MCQ▾

Question

Consider the following Op – Amp circuit.

An Op – amp with two resistors.

An Op – Amp With Two Resistors.

In figure a circuit for an Op – amp is shown.

Which one of the following correctly represents the output Equation corresponding to the input Equation ?

Choices

Choice (4) Response

a.

Segment f Segment f: Segment [A, B] Segment g Segment g: Segment [C, D] Segment h Segment h: Segment [E, F] Segment i Segment i: Segment [G, H] Segment k Segment k: Segment [K, L] Segment l Segment l: Segment [L, M] Segment m Segment m: Segment [M, N] Segment n Segment n: Segment [M, O] Segment j Segment j: Segment [P, F] Vector u Vector u: Vector [P, Q] Vector u Vector u: Vector [P, Q] Vector u_1 Vector u_1: Vector [P_1, Q_1] Vector u_1 Vector u_1: Vector [P_1, Q_1] 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 1 V text1_1 = ” 1 V” 1 V text1_1 = ” 1 V” 1 V text1_1 = ” 1 V”0 V text1_2 = “0 V”0 V text1_2 = “0 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V”V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”t text1_6 = “t”t text1_7 = “t”V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “

Output Voltage Corresponds to Input (Choice A)

In figure output voltage of given circuit, corresponding to input voltage is given.

b.

Segment f Segment f: Segment [A, B] Segment g Segment g: Segment [C, D] Segment h Segment h: Segment [E, F] Segment i Segment i: Segment [G, H] Segment n Segment n: Segment [M, O] Segment j Segment j: Segment [P, F] Segment k Segment k: Segment [I, M] Segment l Segment l: Segment [M, J] Segment m Segment m: Segment [J, K] Vector u Vector u: Vector [P, Q] Vector u Vector u: Vector [P, Q] Vector u_1 Vector u_1: Vector [P_1, Q_1] Vector u_1 Vector u_1: Vector [P_1, Q_1] 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 1 V text1_1 = ” 1 V” 1 V text1_1 = ” 1 V” 1 V text1_1 = ” 1 V”0 V text1_2 = “0 V”0 V text1_2 = “0 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V”V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”t text1_6 = “t”t text1_7 = “t”V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “

Output Voltage Corresponds to Input (Choice B)

In figure output voltage of given circuit, corresponding to input voltage is given.

c.

Segment f Segment f: Segment [A, B] Segment g Segment g: Segment [C, D] Segment h Segment h: Segment [E, F] Segment m Segment m: Segment [M, N] Segment j Segment j: Segment [P, F] Segment i Segment i: Segment [F, N] Segment k Segment k: Segment [N, G] Segment l Segment l: Segment [G, H] Vector u Vector u: Vector [P, Q] Vector u Vector u: Vector [P, Q] Vector u_1 Vector u_1: Vector [P_1, Q_1] Vector u_1 Vector u_1: Vector [P_1, Q_1] 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 5 V text1 = ” 5 V”0 V text1_2 = “0 V”0 V text1_2 = “0 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V”V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”t text1_6 = “t”t text1_7 = “t”V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “

Output Voltage Corresponds to Input (Choice C)

In figure output voltage of given circuit, corresponding to input voltage is given.

d.

Segment f Segment f: Segment [A, B] Segment g Segment g: Segment [C, D] Segment h Segment h: Segment [E, F] Segment j Segment j: Segment [P, F] Segment i Segment i: Segment [F, N] Segment k Segment k: Segment [N, G] Segment l Segment l: Segment [G, H] Segment m Segment m: Segment [N, I] Vector u Vector u: Vector [P, Q] Vector u Vector u: Vector [P, Q] Vector u_1 Vector u_1: Vector [P_1, Q_1] Vector u_1 Vector u_1: Vector [P_1, Q_1] 5 V text1 = ” 5 V” 5 V text1 = ” 5 V” 5 V text1 = ” 5 V”0 V text1_2 = “0 V”0 V text1_2 = “0 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V” 10 V text1_3 = ” 10 V”V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “V_ {out} text1_4 = “V_ {out} “-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”-10 V text1_5 = “-10 V”t text1_6 = “t”t text1_7 = “t”V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “V_ {in} text1_8 = “V_ {in} “

Output Voltage Corresponds to Input (Choice D)

In figure output voltage of given circuit, corresponding to input voltage is given.

f Page
Sign In