A) Etrophication B) Eutropication C) Eutrophication D) Eutriphication
A) Hormonal secretion B) Glomerulus in the bowman's capsule C) Selective reabsorption D) Ultra filteration
A) Emigration B) Competition C) Increased supply of a particular type of food D) Decline in the rate of reproduction
A) Food B) Mortality C) Light D) Competition
A) Prevention of indiscriminate abortion B) Promotion of maternal and mother's health C) Increased risk of STDs D) Prevention of population explosion
A) Homeostasis B) Neutralisation C) Osmotic pressure balance D) Concentration gradient
A) Cartilage B) Synovial cavity C) Synovial membrane D) Synovial fluid
A) Hinge B) Pivot C) Gliding D) Ball and socket
A) Tonsil B) Ligament C) Tendons D) Cartilage
A) Antitoxins B) Precipitins C) Lysin D) Agglutinins
A) Production of hormones B) Digestion of food C) Filtration of blood D) Regulation of body temperature
A) Dialysis B) Chemotherapy C) Antibiotics D) Physical exercise
A) Protection of the lungs B) Production of red blood cells C) Detoxification of harmful substances D) Regulation of body temperature
A) Malaria B) Osteoporosis C) Cirrhosis D) Pneumonia
A) Improved memory B) Impaired digestion C) Accelerated wound healing D) Increased muscle strength
A) Meditation B) Liver transplantation C) Vitamin supplements D) Physical therapy
A) Vision and hearing B) Digestion and absorption C) Protection and temperature regulation D) Muscle contraction and relaxation
A) Endocrine system B) Lungs C) Stomach D) Pancreas
A) Decreased heart rate B) Weakened immune system C) Weight loss D) Increased blood pressure
A) Improved cognitive function B) Accelerated wound healing C) Enhanced muscle strength D) Reduced growth rate
A) Oxygen exchange in the lungs B) Digestion and absorption of nutrients C) Production of hormones D) Communication between the brain and body
A) Nephrons B) Red blood cells C) Neurons D) Alveoli
A) Maintenance of body temperature B) Regulation of hormone production C) Control of voluntary and involuntary body movements D) Digestion of food
A) Regulating hormone production B) Coordinating voluntary movements C) Controlling involuntary body functions D) Maintaining body temperature
A) Neurons are found only in the brain and spinal cord. B) Neurons produce hormones that regulate body functions. C) Neurons are specialized cells that transmit electrical impulses. D) Neurons control voluntary muscle movements.
A) Based on their ability to produce hormones B) Based on the direction of nerve impulse transmission C) Based on their size D) Based on their location in the body
A) Through hormonal secretions B) Through the bloodstream C) Through the digestive system D) Through electrical signals
A) Controlling involuntary body functions B) Coordinating voluntary muscle movements C) Regulating hormone production D) Shaping and modifying learned behaviors
A) Salivating at the smell of food B) Blinking in response to a bright light C) Withdrawing a hand from a hot surface D) Regulating body temperature through shivering |