questions

A. unclean water
B. poor sanitation
C. infectious pathogens
D. genetic disorder
A. malaria
B. Acquired Immune Deficiency Syndrome (HIV/AIDS)
C. tuberculosis
D. measles
A. malaria
B. Acquired Immune Deficiency Syndrome (HIV/AIDS)
C. tuberculosis
D. measles
A. Tuberculosis (TB)
B. Cholera
C. malaria
D. measles
A. loss of leaves
B. development of thorns
C. growth in shoot apex
D. closing of stomata
A. 100
B. 50
C. 200
D. 150
A. pentose
B. triose
C. None of above
D. hexose
A. the position of the centromeres can vary
B. lengths of the chromatid arms can vary
C. All of above
D. the sizes of the chromosomes can vary
A. le allele
B. Le allele
C. lE allele
D. LE allele
A. sucrose
B. glucose
C. fructose
D. maltose
A. polyester
B. polythene
C. All of above
D. nylon
A. condensation
B. Glyosidic bond
C. cellular respiration
D. oxidation
A. to connect urethra to kidney
B. in child birth
C. to form the outer tough capsule of the kidneys
D. to connect ureter to medulla
A. prodemic
B. pandemic
C. epidemic
D. endemic
A. auxins
B. gibberellins
C. All of above
D. Abscisic acid
A. Pinocytosis
B. Phagocytosis
C. Endocytosis
D. Exocytosis
A. pulmonary arteries
B. vena cava
C. either of these
D. pulmonary veins
A. 13
B. 7
C. 24
D. 22
A. measles
B. diarrhea
C. Emphysema
D. Chronic Bronchitis
A. inert
B. compact
C. All of above
D. insoluble