MCQ
Which statement is wrong regarding geometrical growth ?
(i) On plotting the length of the organ against time, a linear curve is obtained.
(ii) Mathematically, it is expressed as $L_1=L_0+r t$.
(iii) Here, both the progeny cells following mitotic cell division retain the ability to divide and continue to do so.
(iv) If we plot the parameter of growth against time, we get a typical sigmoid or S-curve.
(v) A sigmoid curve is a characteristic of living organism growing in a natural environment.
(vi) It is typical for all cells, tissues and organs of a plant.
(vii) The growth can be expressed as $W _1- W _0 e ^{ n }$
(i) On plotting the length of the organ against time, a linear curve is obtained.
(ii) Mathematically, it is expressed as $L_1=L_0+r t$.
(iii) Here, both the progeny cells following mitotic cell division retain the ability to divide and continue to do so.
(iv) If we plot the parameter of growth against time, we get a typical sigmoid or S-curve.
(v) A sigmoid curve is a characteristic of living organism growing in a natural environment.
(vi) It is typical for all cells, tissues and organs of a plant.
(vii) The growth can be expressed as $W _1- W _0 e ^{ n }$
- ✓(i) and (ii)
- B(iii) and (v)
- C(i) and (iv)
- D(i) and (v)
