A) none of the above B) equal, equal C) higher, lower D) lower, higher
A) Gas B) Liquid C) Solid D) All of the above
A) Water B) Oxygen C) Carbondioxide D) Glucose
A) Flaccidity B) Turgidity C) Haemolysis D) Plasmolysis
A) Osmosis B) Plasmolysis C) Turgidity D) Diffusion
A) Virus causing the flu B) Fungi causing athlete's foot C) Bacteria aiding in digestion D) Bacteria causing pneumonia
A) Genetic inheritance B) Waterborne C) Vector-borne D) Airborne
A) Highly Infectious Virus B) Human Intestinal Virus C) Human Immunodeficiency Virus D) Human Influenza Virus
A) Persistent cough B) Skin rash C) All of the above D) Fatigue
A) Proper nutrition B) Adequate sleep C) All of the above D) Regular exercise
A) UNICEF (United Nations Children's Fund) B) Red Cross Society C) NMA (National Medical Association) D) WHO (World Health Organization)
A) Depend on other organisms for food B) None of the above C) Break down dead organic matter D) Produce their own food
A) Consuming other organisms B) Chemosynthesis C) Decomposing organic matter D) Photosynthesis
A) Secondary consumers B) All of the above C) Producers D) Primary consumers
A) All of the above B) Pyramid of Energy C) Pyramid of Number D) Pyramid of Biomass
A) Bursts due to excessive water intake B) None of the above C) Gains water and becomes turgid D) Loses water and becomes flaccid
A) Fungi causing athlete's foot B) Virus causing the common cold C) Bacteria causing food poisoning D) Mosquito transmitting malaria
A) Elimination of breeding sites B) Use of insecticides C) Vaccination D) Use of bed nets
A) Promoting health education B) Conducting medical research C) Blood donation and transfusion services D) Providing humanitarian aid during disasters
A) Producing oxygen through photosynthesis B) Providing food for other organisms C) Breaking down dead organic matter D) None of the above
A) Acetyl coenzyme A B) Oxaloacetic acid C) Pyruvic acid D) glucose -6-phosphate
A) Telophase B) Metaphase C) Interphase D) Anaphase
A) Tricarboxylic acid cycle B) Acetyl co A cycle C) Glycolysis D) Carboxylic acid cycle
A) Hypnotonic B) Isotonic C) Hypotonic D) Hypertonic
A) Surface area B) Size of particules C) Size of container D) Temperature
A) Vacuole B) Golgi bodies C) Nucleolus D) Lysosome
A) Centrioles B) Endoplasmic reticulum C) Chromosomes D) Mitochondria
A) Turbidometer B) Geiger muller counter C) Speedometry D) Spectrophotometer
A) Pathogens B) Vectors C) Antibodies D) Antigens
A) Trichomoniasis B) Coccidiosis C) Trypanosomiasis D) Gummosis
A) Meiosis B) Cell differentiation C) Cell enlargement D) Mitosis
A) Meiotic growth B) Mitotic growth C) Auxiliary growth D) Apical growth
A) Enzymes B) Hormones C) Nutrients D) Sunlight
A) Cellular respiration B) Fermentation C) Photosynthesis D) Glycolysis
A) Fermentation B) Anaerobic respiration C) Kreb's cycle D) Catabolism
A) Glycolysis B) Electron transport chain C) Kreb's cycle D) Fermentation
A) Glycolysis B) Aerobic respiration C) Fermentation D) Catabolism
A) Glucose B) Carbon dioxide C) Water D) Oxygen
A) Glucose + Water + Energy → Carbon dioxide + Oxygen B) Carbon dioxide + Water + Energy → Glucose + Oxygen C) Oxygen + Water + Energy → Glucose + Carbon dioxide D) Glucose + Oxygen → Carbon dioxide + Water + Energy
A) Fermentation B) Catabolism C) Aerobic respiration D) Kreb's cycle |