Match the columns and find out the correct combination

$\begin{array}{cccc}& \text{I}& & \text{II}\\ \text{(a)}& \text{Bulliform cells}& \text{(i)}& \text{Lenticels}\\ \text{(b)}& \text{Guard cells}& \text{(ii)}& \text{Isobilateral leaf}\\ \text{(c)}& \text{Epithem}& \text{(iii)}& \text{Stomata}\\ \text{(d)}& \text{Complementary cells}& \text{(iv)}& \text{Hydathodes}\\ & & \text{(v)}& \text{Phellem}\end{array}$

Q.

Match the column I with column II and select the correct option given.

$\begin{array}{cccc}& \text{Column I}& & \text{Column II}\\ A.& \text{Allen's rule}& \left(i\right)& \text{Sigmoid curve due to limited resources}\\ B.& \text{Verhulst – Pearl logistic growth}& \left(ii\right)& \text{Breed only once in their life – time}\\ C.& \text{Extnction of Abingdon tortoise}& \left(iii\right)& \text{Competition for same resources}\\ D.& \text{Pacific Salmon fish and bamboo}& \left(iv\right)& \text{Colder climates mammals}\end{array}$

Q. Match column-I with column-II and select the correct answer using the codes given below.
$\begin{array}{cccc}& \text{Column - I}& & \text{Column - II}\\ \text{A}& \text{ABO blood groups}& \text{I.}& \text{Dihybrid cross}\\ \text{B}& \text{Law of segregation}& \text{II.}& \text{Monohybrid cross}\\ \text{C}& \text{Law of Independent assortment}& \text{III.}& \text{Base pairs substitution}\\ \text{D}& \text{Gene mutation}& \text{IV.}& \text{Multiple allelism}\end{array}$

Q. Unscramble and match the following.
$\begin{array}{cc}\text{Column A}& \text{Column B}\\ \text{a. NIKS}& \text{i. Bile pigments}\\ \text{b. SUNLG}& \text{ii. Faeces}\\ \text{c. NITETESNI}& \text{iii. Sweat}\\ \text{d. IVERL}& \text{iv. Carbon dioxide}\end{array}$

Q. Match the catalysts to the correct processess:
$\begin{array}{cc}\text{Catalyst}& \text{Process}\\ \text{(A)}TiC{l}_3& \text{(i)}Wackerprocess\\ \text{(B)}PdC{l}_2& \text{(ii)}Zeigler-Nattapolymerisation\\ \text{(C)}CuC{l}_2& \text{(iii)}Contactprocess\\ \text{(D)}{V}_2{O}_5& \text{(iv)}Deaco{n}^{\prime }sprocess\end{array}$

Q. Match the following
$\begin{array}{cc}\text{A. Fruit colour in squash}& \text{i. Incomplete dominance}\\ \text{B. Skin colour in humans}& \text{ii. Dominant epistasis}\\ \text{C. Blood group}& \text{iii. polygenic inheritance}\\ \text{D. Flower colour in dog flower}& \text{iv. Co-dominance}\end{array}$