Different condition for location of roots(vi) If `alphaltkltbeta` (vii)Exactly one root lying in the interval `(k_1,k_2)` (viii) Both the roots lying in the interval `(k_1,k_2)` (ix)One root is smaller than `k_1` and other roots is greater than `k_2`

Different condition for location of roots(vi) If alpha

Let x^2-(m-3)x+m=0 (mepsilonR) be a quadratic equation . Find the values of m for which the roots are (ix)one root is smaller than 2 & other root is greater than 2 (x) both the roots are greater than 2 (xi) both the roots are smaller than 2 (xii)exactly one root lies in the interval (1,2) (xiii) both the roots lies in the interval (1,2) (xiv) atleast one root lies in the interval (1,2) (xv) one root is greater than 2 and the other root is smaller than 1

Let x^2-(m-3)x+m=0 (m in R) be a quadratic equation . Find the values of m for which the roots are: (ix)one root is smaller than 2 & other root is greater than 2 (x) both the roots are greater than 2. (xi) both the roots are smaller than 2. (xii) exactly one root lies in the interval (1,2) (xiii) both the roots lies in the interval (1,2) (xiv) at least one root lies in the interval (1,2) (xv) one root is greater than 2 and the other root is smaller than 1

Let x^2-(m-3)x+m=0 (m epsilon R) be a quadratic equation . Find the values of m for which the roots are (ix)one root is smaller than 2 & other root is greater than 2 (x) both the roots are greater than 2 (xi) both the roots are smaller than 2 (xii)exactly one root lies in the interval (1;2) (xiii) both the roots lies in the interval (1;2) (xiv) atleast one root lies in the interval (1;2) (xv) one root is greater than 2 and the other root is smaller than 1

for what values of m, the equation 2x^(2) -2 ( 2m +1) x+ m ( m +1) = 0 m in R has (i) Both roots smallar than 2 ? (ii) Both roots greater than 2 ? (iii) Both roots lie in the interval (2,3) ? (iv) Exactly one root lie in the interval (2,3) ? (v) One root is smaller than 1, and the other root is greater than 1 ? (vi) One root is greater than 3 and the other root is smaller than 2 ? (vii) Roots alpha and beta are such that both 2 and 3 lie between alpha and beta ?

for what values of m, the equation 2x^(2) -2 ( 2m +1) x+ m ( m +1) = 0, m in R has (i) Both roots smallar than 2 ? (ii) Both roots greater than 2 ? (iii) Both roots lie in the interval (2,3) ? (iv) Exactly one root lie in the interval (2,3) ? (v) One root is smaller than 1, and the other root is greater than 1 ? (vi) One root is greater than 3 and the other root is smaller than 2 ? (vii) Roots alpha and beta are such that both 2 and 3 lie between alpha and beta ?

Let x^2-2(a - 1)x + a - 1 = 0 (a in R) be a quadratic equation, then find the value of 'a' for which (a) Both the roots are positive (b)Both the roots are negative (c) Both the roots are opposite in sign. (d) Both the roots are greater than 1. (e)Both the roots are smaller than 1. (f) One root is small than 1 and the other root is greater than 1.

For a quadratic equation ax^2+bx+c state the condition when: (i) Both the roots are greater than a given number k.. (ii)Both the roots will be less than a given number k.. (iii)Both the roots will lie on the given interval(k_1,k_2).. (iv) Exactly one of the roots lie in the interval(k_1,k_2)... (v)A given number k will lie between the roots..