Question
Given below are two statements: Statement I: A
pureline variety is a variety which obtained from many heterozygaus plants of cross pollinated crop. Statement II: A pureline become genetically variable with time due to mechanical mixture, natural hybridization and mutation. In the light of the above Statements, choose the correct answer from the options given below:Solution
Statement I is false because a pureline variety is not obtained from many heterozygous plants of cross-pollinated crops. A pureline is derived from a single homozygous individual through self-pollination over successive generations to maintain genetic uniformity. Statement II is true. While purelines aim to maintain genetic uniformity through strict self-pollination, over time, genetic variability may still occur due to factors such as mechanical mixture, natural hybridization, and mutation. These processes can introduce genetic variations in a pureline despite efforts to maintain purity through self-pollination.
I). p2 - 20p + 51 = 0,
II). 2q2 - 7q + 6 = 0
Equation 1: x² - 90x + 2025 = 0
Equation 2: y² - 88y + 1936 = 0
1.3wx = 40 – wy
2. b2 = 2b + p
3. d2 + d = q
Now, observe the given conditions:
One root of equation...
I. x³= ((4)5+ (15)³)/(3)4
II. 8y³=(-13)3÷ √1521+ (3y)³Â
I. 4x2 + 3√7 x-7 =0
II. 7y2 + 4√7 y-5=0
- Suppose both the roots of q² + kq + 49 = 0 are real and equal, then determine the value of 'k'.
If x² + 2x + 9 = (x – 2) (x – 3), then the resultant equation is:
I. x3 = 1728
II. y2 – 15y + 56 = 0
- If the quadratic equation x² + 18x + n = 0 has real and equal roots, what is the value of n?
In the question, two equations I and II are given. You have to solve both the equations to establish the correct relation between 'p' and 'q' and choose...