Question
Classify the following polynomials as linear, quadratic, cubic and biquadratic polynomials: $3y$
✓
Answer
$3y$ it is a linear polynomial as its degree is $1.$
Need a full question paper?
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
Explore more
Similar questions
The following figure lie on the same base and between the same parallels. In such a case, write the common base and the two parallels. 
Find the degree of the polynomial: $2$
→Without plotting the points indicate the quadrant in which they will lie, if: Ordinate is $5$ and abscissa is $3$.
→Classify the following number as rational or irrational. give reasons to support your answer. $\frac{22}{7}$
→Which of the following expressions are polynomials? In case of a polynomial, write its degree. $\frac{3}{5}\text{x}^2-\frac{7}{3}\text{x}+9$
→Solve: $\big(3-\sqrt{11}\big)\big(3+\sqrt{11}\big).$
→From the choices given below, choose the equation whose graph is given in Fig.
$i.y = x + 2$
$ii.y = x - 2$
$iii.y = -x + 2$
$iv.x = 2y = 6$
$[$Hint: Clearly $(2, 0)$ and $(-1, 3)$ satisfy the equation $y = -x + 2]$
→$i.y = x + 2$
$ii.y = x - 2$
$iii.y = -x + 2$
$iv.x = 2y = 6$
$[$Hint: Clearly $(2, 0)$ and $(-1, 3)$ satisfy the equation $y = -x + 2]$
Given three distinct points in a plane, how many lines can be drawn by joining them?
Point $C$ is called a mid point of line segment $AB,$ prove that every line segment has one and only one mid-point.
→Simplify: $2^\frac{5}{8}\times3^\frac{5}{8}$
→