SAQ video 5 || Show that (aI+bE)³=a³I+3a²bE where I is the unit matrix of order 2

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prove that (aI+bE)^3=a^3I+3a^2bE , where a and b are arbitrary scalars #B.sc1styear prove that (aI+bE)^3=a^3I+3a^2bE , where a and b are arbitrary scalars #B.sc1styear
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Order of matrix Order of matrix
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If I is unit matrix of order n, then 3I will be | 12 | MATRICES | MATHS | NIKITA PUBLICATION | ... If I is unit matrix of order n, then 3I will be | 12 | MATRICES | MATHS | NIKITA PUBLICATION | ...
Why AB ≠ BA | Matrix Multiplication Is NOT Commutative Why AB ≠ BA | Matrix Multiplication Is NOT Commutative
Let A=[00​10​], show that (aI+bA)n=anI+nan−1bA, where I is the identity matrix of order 2 and n∈N Let A=[00​10​], show that (aI+bA)n=anI+nan−1bA, where I is the identity matrix of order 2 and n∈N