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Mathematical Physics Mock Tests

13 questions available

Mathematical Physics Mock Test 1

Questions: 13

Sample Questions

GATE Physics
The residue of the function f(z) = z/(z² + a²) at z = ia (a > 0) is:
A a/(2ia)
B -a/(2ia)
C 1/2
D -1/2
GATE Physics
The Laplace transform of f(t) = e^{-at} sin(ωt) for t > 0 is:
A ω/((s+a)² + ω²)
B (s+a)/((s+a)² + ω²)
C ω/(s² + ω²)
D (s+a)/(s² + a²)
GATE Physics
The Laplace transform of f(t) = e⁻ᵃᵗ (for t ≥ 0) is:
A 1/(s + a)
B 1/(s - a)
C a/(s + a)
D a/(s - a)
GATE Physics
The Dirac delta function can be represented as the limit of which function as ε → 0⁺:
A (1/π)(ε/(x² + ε²))
B (1/π)(x/(x² + ε²))
C (1/π)(ε²/(x² + ε))
D (1/π)(1/(x² + ε²))
GATE Physics
The eigenvalues of a real symmetric matrix are always:
A real
B complex
C imaginary
D zero
GATE Physics
The Fourier transform of the Gaussian function f(x) = exp(-ax²/2) (where a > 0) is proportional to:
A exp(-k²/(2a))
B exp(-ak²/2)
C exp(-ax²/2)
D exp(-k²a²/2)
GATE Physics
The Fourier transform of a Gaussian function f(x) = e^(-ax²) (a > 0) is proportional to:
A e^(-k²/(4a))
B e^(-ak²)
C e^(-k/a)
D e^(-a/k)
GATE Physics
The determinant of a 3 × 3 rotation matrix R is:
A 1
B -1
C 0
D 3

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