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