A) Withdrawal from touch B) Photosynthesis C) Movement away from a harmful stimulus D) Growth towards light
A) To perform photosynthesis B) To escape predators C) To find food D) To reproduce
A) Carbon dioxide B) Glucose C) Oxygen D) Water
A) Chloroplasts B) Cytoskeleton C) Nucleus D) Mitochondria
A) Fertilization B) Budding C) Binary fission D) Conjugation
A) Conjugation tube B) Lateral bud C) Oviduct D) Fallopian tube
A) Urea B) Carbon dioxide C) Water D) Oxygen
A) Cyclosis B) Excretion C) Egestion D) Irritability
A) Nervous system B) Skeleton C) Hydrostatic D) Muscle
A) Muscle B) Chitin C) Bone D) Cartilage
A) Hydrostatic skeleton B) Axial skeleton C) Appendicular skeleton D) Exoskeleton
A) Axial skeleton B) Appendicular C) Hydrostatic skeleton D) Exoskeleton
A) Hinge limb B) Pentadactyl limbs C) Appendicular D) Girdles
A) Ball-and-socket joint B) Fixed joint C) Muscular joint D) Hinge joint
A) To reduce friction and absorb shock B) To create soft movement C) To store energy and lubricate D) To transmit nerve impulses
A) Vascular tissues B) Supporting tissues C) Meristematic tissues D) Epidermal tissues
A) Phloem B) Sclerenchyma C) Xylem D) Parenchyma
A) Protects the plant surface B) Stores food materials C) Provides support to young stems and leaves D) Transports water and minerals
A) Abundant cytoplasm B) Meristematic activity C) Presence of lignin for rigidity D) Thin-walled cells
A) Transports water and minerals B) Allows gas exchange C) Provides energy D) Gives strength and rigidity
A) Parenchyma tissue B) Vascular tissue C) Supporting tissue D) Epidermal tissue
A) Sugars B) Reproductive cells C) Water and minerals D) Gases
A) Reproductive cells B) Sugars and other organic materials C) Water and minerals D) Gases
A) Transporting water and nutrients B) Carrying out photosynthesis C) Supporting the leaves and flowers D) Storing food materials
A) Pistil B) Stamen C) Stigma D) Ovule
A) Weakens the seed coat B) Increases the rate of photosynthesis C) Allows for rapid germination D) Helps plants survive harsh environmental conditions
A) Deep within the roots B) Near the surface of stems and leaves C) In the center of the stem D) Scattered throughout the plant
A) Provide structural support B) Protect the plant surface C) Transport water and minerals D) Carry out various metabolic functions
A) Sliding B) Coughing C) Twisting D) Bending
A) Photosynthesis B) Fragmentation C) Internal fertilization D) Asexual
A) Cosmetic surgery on the female genitals. B) Hormonal treatment to delay puberty in females. C) Removal of the appendix in females D) Partial or total removal of external female genitalia or other injury to the female genital organs for non-medical reasons.
A) Partial or total removal of the clitoris and inner labia. B) Narrowing the vaginal opening by creating a seal. C) Stretching and tearing of the clitoris and labia. D) Partial or total removal of the clitoris.
A) Reduceed fertility B) Reduced risk of sexually transmitted infections. C) Improved hygiene D) Severe bleeding, pain, and infections.
A) Increased social status for women B) Psychological trauma, depression, and anxiety. C) Stronger family bonds. D) Faster economic development
A) Learning more and raising awareness among friends and family. B) Staying silent on the issue. C) Pressuring others to continue the practice D) Mocking those who speak out against FGM.
A) Causes sperm to swim B) Containing many mitochondria C) Contains digestive enzymes D) Contains 23 chromosomes
A) Cartilage B) Capsule C) Tendons D) Ligaments
A) Pivot or rotating B) Gliding or sliding C) Ball and socket D) Hinge
A) Human Immunodeficiency Virus B) Human Intestinal Virus C) Human Infectious Virus D) Human Influenza Virus
A) Conjugation B) Runner formation in strawberries C) Pollination D) Fertilization |