A) Withdrawal from touch B) Photosynthesis C) Movement away from a harmful stimulus D) Growth towards light
A) Water B) Oxygen C) Carbon dioxide D) Glucose
A) Conjugation tube B) Oviduct C) Fallopian tube D) Lateral bud
A) Muscle B) Skeleton C) Hydrostatic D) Nervous system
A) Cartilage B) Chitin C) Muscle D) Bone
A) Axial skeleton B) Appendicular skeleton C) Exoskeleton D) Hydrostatic skeleton
A) Muscular joint B) Fixed joint C) Ball-and-socket joint D) Hinge joint
A) To store energy and lubricate B) To reduce friction and absorb shock C) To transmit nerve impulses D) To create soft movement
A) Epidermal tissues B) Meristematic tissues C) Vascular tissues D) Supporting tissues
A) Transports water and minerals B) Allows gas exchange C) Gives strength and rigidity D) Provides energy
A) Water and minerals B) Gases C) Sugars D) Reproductive cells
A) Sugars and other organic materials B) Water and minerals C) Reproductive cells D) Gases
A) Allows for adaptation to changing environments B) Produces offspring quickly and efficiently C) Requires two parents D) Introduces greater genetic diversity
A) Runner formation in strawberries B) Seed formation C) Pollination D) Fertilization
A) Transpiration B) Growth of roots towards water C) Photosynthesis D) Respiration
A) In the vascular bundles for transport B) In the leaves for photosynthesis C) In the flowers for reproduction D) In the roots for water absorption
A) Partial or total removal of external female genitalia or other injury to the female genital organs for non-medical reasons. B) Hormonal treatment to delay puberty in females. C) Removal of the appendix in females D) Cosmetic surgery on the female genitals.
A) Psychological trauma, depression, and anxiety. B) Stronger family bonds. C) Increased social status for women D) Faster economic development
A) Causes sperm to swim B) Contains 23 chromosomes C) Containing many mitochondria D) Contains digestive enzymes
A) Hinge B) Ball and socket C) Gliding or sliding D) Pivot or rotating |