Classify the following as linear, quadratic or cubic polynomial
$5 t+3$
By using the factor theorem, show that $(x-3)$ is a factor of the polynomial $12 x^{3}-31 x^{2}-18 x+9$ and then factorise $12 x^{3}-31 x^{2}-18 x+9$
Verify whether the following are True or False:
$-3$ is a zero of $x-3$
Evaluate $66 \times 74$ without directly multiplying
Factorise the following quadratic polynomials by splitting the middle term
$x^{2}+10 x+16$