Advanced Linear Algebra and Transforms
24MAP300 · S3 · 4 credits
5 modules · Practice & PYQs ready
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Why:2 high-weightage exam questions · Foundation module
Why:1 high-weightage exam question
Why:Standard exam coverage
Why:Standard exam coverage
Why:Standard exam coverage
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M1I: (Vector space)
Define a vector space and give an example
Determine if a set of vectors is linearly independent
M2I: (Linear Transformations)
Find the kernel of a linear transformation
Find the image of a linear transformation
M3I: (Inner Product)
State the Cauchy-Schwarz inequality
Apply Gram-Schmidt to find an orthogonal basis
M4V: (Laplace transforms)
Compute Laplace transform of basic functions
Use convolution to solve ODEs
M5V: (Fourier series)
Find Fourier series of a given function
Apply Fourier transform to solve PDEs
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What this module covers
≈ 4h of curated content available across this subject.