4mM Extracellular concentration of K+ Base Metal oxide + H2O -> London- dispersion forces Induced dipole- dipole attraction HCl An acidic solution Golgi apparatus Distributes proteins and lipids Salt Metal + non- metal -> Plasma membrane Composed of lipids, amino acids, and carbohydrates Metalloids Have intermediate properties of metals and nonmetals Ion-dipole interaction Interactions between two chemical species Brønsted- Lowry Theory that defines acids as proton donors HA Used to symbolise acids 150mM Intracellular concentration of K+ Polar molecules Molecules with a permanent dipole The "perfect buffer" The half equivalent point A- Used to symbolise conjugate bases Nucleoplasm Control centre of the cell K Used to symbolise the equilibrium constant Ribosomes Links amino acids together in order specified by mRNA Covalent bonds A bond with little to no electronegativity Salt + H2O Metal oxide + acid -> O-linked glycosylation Carbohydrate is attached to the oxygen atom of a serine or threonine residue NaOH A basic solution Nucleolus Where ribosome synthesis and assembly occurs Ionic bonds A bond that has a large electronegativity Smooth ER Where biosynthesis of lipids occurs Electromagnetism Term referring to electric and magnetic forces Cytoplasm Aqueous solution where biochemical reactions occur Acid Non-metal oxide + H2O -> Hydrogen bond Type of bond created between H and F, O or N Metallic bonds A bond between metallic ions 4mM Extracellular concentration of K+ Base Metal oxide + H2O -> London- dispersion forces Induced dipole- dipole attraction HCl An acidic solution Golgi apparatus Distributes proteins and lipids Salt Metal + non- metal -> Plasma membrane Composed of lipids, amino acids, and carbohydrates Metalloids Have intermediate properties of metals and nonmetals Ion-dipole interaction Interactions between two chemical species Brønsted- Lowry Theory that defines acids as proton donors HA Used to symbolise acids 150mM Intracellular concentration of K+ Polar molecules Molecules with a permanent dipole The "perfect buffer" The half equivalent point A- Used to symbolise conjugate bases Nucleoplasm Control centre of the cell K Used to symbolise the equilibrium constant Ribosomes Links amino acids together in order specified by mRNA Covalent bonds A bond with little to no electronegativity Salt + H2O Metal oxide + acid -> O-linked glycosylation Carbohydrate is attached to the oxygen atom of a serine or threonine residue NaOH A basic solution Nucleolus Where ribosome synthesis and assembly occurs Ionic bonds A bond that has a large electronegativity Smooth ER Where biosynthesis of lipids occurs Electromagnetism Term referring to electric and magnetic forces Cytoplasm Aqueous solution where biochemical reactions occur Acid Non-metal oxide + H2O -> Hydrogen bond Type of bond created between H and F, O or N Metallic bonds A bond between metallic ions
(Print)
Extracellular concentration of K+
Metal oxide + H2O ->
Induced dipole-dipole attraction
An acidic solution
Distributes proteins and lipids
Metal + non-metal ->
Composed of lipids, amino acids, and carbohydrates
Have intermediate properties of metals and nonmetals
Interactions between two chemical species
Theory that defines acids as proton donors
Used to symbolise acids
Intracellular concentration of K+
Molecules with a permanent dipole
The half equivalent point
Used to symbolise conjugate bases
Control centre of the cell
Used to symbolise the equilibrium constant
Links amino acids together in order specified by mRNA
A bond with little to no electronegativity
Metal oxide + acid ->
Carbohydrate is attached to the oxygen atom of a serine or threonine residue
A basic solution
Where ribosome synthesis and assembly occurs
A bond that has a large electronegativity
Where biosynthesis of lipids occurs
Term referring to electric and magnetic forces
Aqueous solution where biochemical reactions occur
Non-metal oxide + H2O ->
Type of bond created between H and F, O or N
A bond between metallic ions
