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Organelle
Inorganic
Organ
Organic
Diffusion
Dehydrate
Filtration
Perfusion
Diffusion
Dehydrate
Filtration
Perfusion
Diffusion
Dehydrate
Filtration
Perfusion
Diffusion
Dehydrate
Filtration
Homeostasis
Perfusion
Biology
Filtration
Homeostasis
Steroid
Android
Gynecoid
Organic
Protoplasm
Phenotype
Chromosome
Cilia
Protoplasm
Genome
Chromosome
Karyogenesis
The shape, which can be round, slender, or well-proportioned
The layer of embryonic cells from which the body is formed
The amount of stimulated body growth
The shape, which can be round, slender, or well-proportioned AND the layer of embryonic cells from which the body is formed
The shape, which can be round, slender, or well-proportioned AND the amount of stimulated body growth
The layer of embryonic cells from which the body is formed AND the amount of stimulated body growth
The shape, which can be round, slender, or well-proportioned AND the layer of embryonic cells from which the body is formed AND the amount of stimulated body growth
Mesomorph
Somatotrophic
Endomorph
Ectomorph
Atom -> cell -> organ -> organelle-> organ system-> organism-> molecule-> tissue
Atom -> molecule -> organelle -> cell -> tissue -> organ -> organ system -> organism
Atom -> molecule -> cell -> tissue -> organelle -> organ -> organism -> organ system
Organelle -> atom -> molecule -> cell -> tissue -> organ -> organ system -> organism
Muscle -> erythrocyte -> lipid -> mitochondrion -> carbon
Carbon -> lipid -> erythrocyte -> mitochondrion -> muscle
Muscle -> mitochondrion -> lipid -> erythrocyte -> carbon
Carbon -> lipid -> mitochondrion -> erythrocyte -> muscle
Epithelial tissue.
Connective tissue.
Muscle tissue.
Nervous tissue.
Three different tissue types.
Connective tissue.
Epithelial tissue.
Organs of the body.
Tendons that connect muscle to bone.
The layer beneath your skin that connects the skin to muscle.
Fat.
All of the answer choices are correct
Regulating metabolism
Eliminating wastes
Regulating other organ systems
Maintaining homeostasis
Processing and packaging of cellular materials prior to export
Harvesting of light energy to produce carbohydrates
Detoxification of poisonous molecules within the cell
Digestion of macromolecules and old organelles
The mitochondria provides energy for muscle contraction.
The mitochondria generates harmful byproducts that would be toxic to the liver.
The mitochondria breaks down large molecules and invading bacteria inside the liver.
The mitochondria provides structure and stability needed for muscle contraction.
Endocrine
Nervous
Circulatory
Reproductive
Respiratory
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