Observe the given diagrammatic representation of the Hatch and slack pathway find out labelled parts and also choose true & false statement

(i) In the diagram site of primary fixation lacks RuBisCO enzyme.
(ii) In Mesophyll cell the transporting `C_(4)` acid amy be malic acid or aspartic acid
(iii) The bundle sheath cells are rich in an enzyme RuBisCO but lack PEPcase

Read the statements carefully for C_4 plants and choose the correct answer :- A. Primary CO_(2) ​ fixation Occurs B. Enzyme for fixation of CO_(2) in a mesophyll cells C. First product of CO_(2) ​ fixation in bundle sheath cells

Consider following statements with respect to the Ca pathway and select the correct ones. (i) Mesophyll cells possess both RuBisCO and PEPcase enzymes. (ii) Initial CO_(2) fixation occurs in mesophyll cells. (iii) Final CO_(2) fixation occurs in bundle sheath cells.

Given below are some characteristics of photosynthetic plants. Which of these are true for C_(4) plants (i) Rubisco is present in the mesophyll cells (ii) 3-carbons in the primary CO_(2) acceptor (iii) The primary CO_(2) fixation product is PGA (iv) Possess PEP case. (v) The intitial carboxylation reaction occurs in bundle sheath cells (vi) The calvin cycle takes place in bundle sheath cells (vii) 4-carbon atoms in the primary CO_(2) fixation product.

Indicate whether each of the following statements is true (T) or false (F): (i) Bilirubin is derived from haemoglobin (ii) The stomach has the lowest pH. (iii) The liver contains lipid emulsifer. (iv) Lack of castle,s interinsic gastric factor causes pemicious anaemia. (v) The nonessential amino acids cannot be synthesized in the body cells. (vi) Large intestine secretes many enzymes. (vii) Insects have proteases to digest animals fibrous proteins (viii) All proteases function in the lumen of samll intestine.

State True of False (i) Hetrozygous female for baemophilia may transmit the disease to sons (ii) Affected individuals with phenylketonuna lack an enzyme that converts the amino acid phenylalanine into phenylpyruvic acid (iii) Klinefelter's syndrome is caused due to the presence of an additional copy of X-chromosome resulting into a karyotype of 47//XXX (iv) Failure of segregation of homologous pair of chromosomes during cell division cyclic results in Turner's syndrome.