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Greenhouse effect in Earth's atmosphere. Greenhouse gas molecules of methane, nitrous oxide, carbon dioxide, ozone, and water.

Greenhouse effect in Earth's atmosphere. Greenhouse gas molecules of methane, nitrous oxide, carbon dioxide, ozone, and water.

Catalysts and enzymes induced fit model. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Catalysts and enzymes induced fit model. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Ionic bonding in sodium chloride crystal, NaCl. Ionic compound in a 3D crystal illustration.

Ionic bonding in sodium chloride crystal, NaCl. Ionic compound in a 3D crystal illustration.

Frog Life Stages from frog eggs to tadpole to adult frog. Metamorphosis of an amphibian.

Frog Life Stages from frog eggs to tadpole to adult frog. Metamorphosis of an amphibian.

Surface catalyst with carbon monoxide and carbon dioxide. Catalysis of oxygen in a catalytic converter showing adsorption, reaction, and desorption.

Surface catalyst with carbon monoxide and carbon dioxide. Catalysis of oxygen in a catalytic converter showing adsorption, reaction, and desorption.

Frog Life Cycle with adult frog, eggs, tadpoles, and young froglet. Frog pond with waterlilies, cattails, and rocks.

Frog Life Cycle with adult frog, eggs, tadpoles, and young froglet. Frog pond with waterlilies, cattails, and rocks.

Binary fission process of cell reproduction in the division stages. Diagram of nucleus, parent cell, daughter cells, cytoplasmic membrane, DNA, chromosome copying, and division steps.

Binary fission process of cell reproduction in the division stages. Diagram of nucleus, parent cell, daughter cells, cytoplasmic membrane, DNA, chromosome copying, and division steps.

Salmonella bacteria structures with labels for pili, nucleoid DNA, capsule, flagella, cytoplasm, plasmid, plasma membrane, cell wall and ribosomes.

Salmonella bacteria structures with labels for pili, nucleoid DNA, capsule, flagella, cytoplasm, plasmid, plasma membrane, cell wall and ribosomes.

Nuclear Fission and Fusion compared. Diagram of molecular form of nuclear reactions.

Nuclear Fission and Fusion compared. Diagram of molecular form of nuclear reactions.

Yeast Cell Structures, anatomy of a fungal cell, labeling the nucleus, Golgi apparatus, cell wall, membrane, vacuole, cytoplasm, bud scar, lipid granule, and mitochondria.

Yeast Cell Structures, anatomy of a fungal cell, labeling the nucleus, Golgi apparatus, cell wall, membrane, vacuole, cytoplasm, bud scar, lipid granule, and mitochondria.

Catalysts and enzymes lock and key model. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Catalysts and enzymes lock and key model. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Space fill models of greenhouse gas molecules. Five common gases of the greenhouse effect. Water, ozone, methane, nitrous oxide, and carbon dioxide.

Space fill models of greenhouse gas molecules. Five common gases of the greenhouse effect. Water, ozone, methane, nitrous oxide, and carbon dioxide.

Binary fission process of cell reproduction in the division stages. Diagram of ribosome, cell wall, chromosome copying, and division steps.

Binary fission process of cell reproduction in the division stages. Diagram of ribosome, cell wall, chromosome copying, and division steps.

Snowflake formation in a science diagram. How snow forms into flakes as warm air rises and condenses. Cold temperatures cause water droplets to freeze into ice crystals that collide and grow together.

Snowflake formation in a science diagram. How snow forms into flakes as warm air rises and condenses. Cold temperatures cause water droplets to freeze into ice crystals that collide and grow together.

Nuclear energy diagram of nuclear fission reaction. Free neutron, target nucleus, fission product, chain releasing energy.

Nuclear energy diagram of nuclear fission reaction. Free neutron, target nucleus, fission product, chain releasing energy.

Ionic compounds formed and how atoms bond, sodium and chloride

Ionic compounds formed and how atoms bond, sodium and chloride

Atomic elements showing the nucleus and shells, numbers of electrons, protons, and neutrons. Hydrogen, carbon, oxygen, and nitrogen.

Atomic elements showing the nucleus and shells, numbers of electrons, protons, and neutrons. Hydrogen, carbon, oxygen, and nitrogen.

A competitive inhibitor occupies the active site of an enzyme catalyst. Substrate reactants cannot enter active site of the enzyme.

A competitive inhibitor occupies the active site of an enzyme catalyst. Substrate reactants cannot enter active site of the enzyme.

Cations and Anions. A neutral atom becomes an ion by either losing and electron (cation) or gaining an electron (anion)

Cations and Anions. A neutral atom becomes an ion by either losing and electron (cation) or gaining an electron (anion)

How atoms make light, showing the nucleus and an excited electron. Energy boosts the electron to an outer shell, then the energy is released as light and electron returns to its original level.

How atoms make light, showing the nucleus and an excited electron. Energy boosts the electron to an outer shell, then the energy is released as light and electron returns to its original level.

Hydrogen and helium molecular element diagram showing mass, protons, electrons, neutrons.

Hydrogen and helium molecular element diagram showing mass, protons, electrons, neutrons.

Calculate Atomic Radius using diatomic molecules: oxygen, hydrogen, nitrogen, fluorine, chlorine, bromine, and iodine. The formula for determining radius using distance between nuclei.

Calculate Atomic Radius using diatomic molecules: oxygen, hydrogen, nitrogen, fluorine, chlorine, bromine, and iodine. The formula for determining radius using distance between nuclei.

Ionic Lattice of the solid structure of chloride and sodium ions.

Ionic Lattice of the solid structure of chloride and sodium ions.

Beta decay, nuclear energy diagram showing radiation release. Featuring an unstable nucleus with the release of a fast electron beta particle and a gamma ray.

Beta decay, nuclear energy diagram showing radiation release. Featuring an unstable nucleus with the release of a fast electron beta particle and a gamma ray.

Types of radiation and the penetrating power through paper, aluminum, lead, and concrete. Alpha, beta, and gamma rays in penetration of materials.

Types of radiation and the penetrating power through paper, aluminum, lead, and concrete. Alpha, beta, and gamma rays in penetration of materials.

How thermals form. Science diagram showing how molecules react during heating and cooling over land or water.

How thermals form. Science diagram showing how molecules react during heating and cooling over land or water.

Windsock weather station wind monitoring device. Instrument for measuring the speed of wind.

Windsock weather station wind monitoring device. Instrument for measuring the speed of wind.

$Light diffraction diagram splitting white light into the visible spectrum of first order colors red, orange, yellow, green, blue, indigo, violet.$

Light diffraction diagram splitting white light into the visible spectrum of first order colors red, orange, yellow, green, blue, indigo, violet.

Prostate normal and enlarged. Benign prostatic hyperplasia with compressed urethra. Realistic style isolated on white background.

Prostate normal and enlarged. Benign prostatic hyperplasia with compressed urethra. Realistic style isolated on white background.

Atomic nucleus diagram labeled with electron, proton, and neutron.

Atomic nucleus diagram labeled with electron, proton, and neutron.

Catalytic cycle of an enzyme. Active site is available. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Catalytic cycle of an enzyme. Active site is available. Substrate reactants enter active site of enzyme. Chemical reaction creates products.

Greenhouse gases molecules. Five 3D models of common gases of the greenhouse effect. Water, ozone, methane, nitrous oxide, and carbon dioxide.

Greenhouse gases molecules. Five 3D models of common gases of the greenhouse effect. Water, ozone, methane, nitrous oxide, and carbon dioxide.