Previous Year Papers

Download Solved Question Papers Free for Offline Practice and view Solutions Online.

Test Series

Take Zigya Full and Sectional Test Series. Time it out for real assessment and get your results instantly.

Test Yourself

Practice and master your preparation for a specific topic or chapter. Check you scores at the end of the test.

Polynomials

Short Answer Type

41. Find the value of the polynomial 5x - 4x² + 3 at
x = 2.

231 Views

42. Find p(0), p(1) and p(2) for each of the following polynomials:
p(y) = y² - y + 1

125 Views

43. Find p(0), p(1) and p(2) for each of the following polynomials:
p(t) = 2 + t + 2t² - t³

275 Views

44. Find p(0), p(1) and p(2) for each of the following polynomials:
p(x) = x³

111 Views

45. Find p(0), p(1) and p(2) for each of the following polynomials:
p(x) = (x - 1)(x + 1).

130 Views

46. Verify whether the following are zeroes of the polynomial, indicated against them.

p(x) = 3x + 1, x =

negative 1 third

137 Views

47. Verify whether the following are zeroes of the polynomial, indicated against them.
p(x) = 5x - $straight pi$ , x = $4 over 5$

p(x) = 5x - $space straight pi$ , x = $4 over 5$

$P open parentheses 4 over 5 close parentheses equals 5 open parentheses 4 over 5 close parentheses minus straight pi equals 4 minus straight pi not equal to 0$

$therefore space 4 over 5$ is not a zero of p(x).

120 Views

48. Verify whether the following are zeroes of the polynomial, indicated against them.
p(x) = x² - 1, x = 1, - 1

252 Views

49. Verify whether the following are zeroes of the polynomial, indicated against them.
p(x) = (x + 1)(x - 2), x = - 1, 2

183 Views

50. Verify whether the following are zeroes of the polynomial, indicated against them.
p(x) = x², x = 0

118 Views

Previous Year Papers

Test Series

Test Yourself

Short Answer Type

47. Verify whether the following are zeroes of the polynomial, indicated against them.p(x) = 5x - , x =

47. Verify whether the following are zeroes of the polynomial, indicated against them.
p(x) = 5x - $straight pi$ , x = $4 over 5$