Hint | Answer | % Correct |
---|---|---|
Atomic Models | Bohr | 100%
|
Electronic configuration (l) | d | 100%
|
Electronic configuration (l) | f | 100%
|
Electronic configuration (l) | p | 100%
|
Atomic Models | Rutherford | 100%
|
Electronic configuration (l) | s | 100%
|
Oxidation State Valence | +1 | 0%
|
Oxidation State Valence | -2 | 0%
|
Oxidation State Valence | +2 | 0%
|
Acidity | Nomenclature | Acid | 0%
|
Chemical Properties | Acidity | 0%
|
Levels of organization | Atom | 0%
|
Atoms | Atomic Number | 0%
|
Acidity | Base | 0%
|
Nomenclature | Binary Salt | 0%
|
Levels of organization | Biome | 0%
|
Levels of organization | Biomolecule | 0%
|
Levels of organization | Biosphere | 0%
|
Physical Properties | Boiling Point | 0%
|
Physical Changes | Breaking | 0%
|
Chemical Changes | Burning | 0%
|
Levels of organization | Cell | 0%
|
Separation Methods | Centrifugation | 0%
|
Intensive Properties | Color | 0%
|
Levels of organization | Community | 0%
|
State Changes | Condensation | 0%
|
Intramolecular Bonds | Covalent Nonpolar | 0%
|
Intramolecular Bonds | Covalent Polar | 0%
|
Separation Methods | Crystallization | 0%
|
Formulas | da x n | 0%
|
Stoichiometric Nomenclature | Deca | 0%
|
Separation Methods | Decantation | 0%
|
Physical Changes | Deformation | 0%
|
Atomic Models | Democritus | 0%
|
Intensive Properties | Physical Properties | Density | 0%
|
State Changes | Deposition | 0%
|
Stoichiometric Nomenclature | Di | 0%
|
Intermolecular Bonds | Dipole-Dipole | 0%
|
Intermolecular Bonds | Dipole-Induced Dipole | 0%
|
Separation Methods | Distillation | 0%
|
Stoichiometric Nomenclature | Dodeca | 0%
|
Levels of organization | Ecosystem | 0%
|
Intensive Properties | Physical Properties | Elasticity | 0%
|
Levels of organization | Electron | 0%
|
Separation Methods | Evaporation | 0%
|
Separation Methods | Filtration | 0%
|
Chemical Properties | Flammability | 0%
|
Physical Properties | Freezing Point | 0%
|
Levels of organization | Galaxy | 0%
|
Intensive Properties | Hardness | 0%
|
Atomic Models | Heisenberg | 0%
|
Stoichiometric Nomenclature | Hepta | 0%
|
Stoichiometric Nomenclature | Hexa | 0%
|
Nomenclature | Hydracid | 0%
|
Nomenclature | Hydride | 0%
|
Nomenclature | Hydroxide | 0%
|
Intermolecular Bonds | Instantaneous Dipole-Induced Dipole | 0%
|
Intermolecular Bonds | Ion-Dipole | 0%
|
Intramolecular Bonds | Ionic | 0%
|
Intermolecular Bonds | Ion-Induced Dipole | 0%
|
Atoms | State Changes | Ionisation | 0%
|
Atoms | Isotope | 0%
|
Physical Properties | Length | 0%
|
Separation Methods | Magnetization | 0%
|
Extensive Properties | Physical Properties | Mass | 0%
|
Atoms | Mass Number | 0%
|
Formulas | m/da | 0%
|
State Changes | Melting | 0%
|
Intramolecular Bonds | Metallic | 0%
|
Levels of organization | Molecule | 0%
|
Formulas | mol(solute)/m(solvent) | 0%
|
Formulas | mol(solute)/v(solution) | 0%
|
Stoichiometric Nomenclature | Mono | 0%
|
Formulas | m(solute)/m(solution) | 0%
|
Levels of organization | Multiverse | 0%
|
Formulas | N/ac | 0%
|
Levels of organization | Neutron | 0%
|
Stoichiometric Nomenclature | Nona | 0%
|
Levels of organization | Nucleus | 0%
|
Formulas | n x ac | 0%
|
Stoichiometric Nomenclature | Octa | 0%
|
Levels of organization | Organ | 0%
|
Levels of organization | Organelle | 0%
|
Levels of organization | Organism | 0%
|
Chemical Changes | Chemical Properties | Oxidation | 0%
|
Nomenclature | Oxide | 0%
|
Stoichiometric Nomenclature | Penta | 0%
|
Levels of organization | Population | 0%
|
Levels of organization | Proton | 0%
|
Levels of organization | Quark | 0%
|
Chemical Properties | Reactivity | 0%
|
State Changes | Recombination | 0%
|
Atomic Models | Schrodinger | 0%
|
Separation Methods | Sieving | 0%
|
State Changes | Solidification | 0%
|
Physical Changes | State Change | 0%
|
State Changes | Sublimination | 0%
|
Levels of organization | System | 0%
|
Intensive Properties | Taste | 0%
|
Intensive Properties | Temperature | 0%
|
Nomenclature | Ternary Salt | 0%
|
Stoichiometric Nomenclature | Tetra | 0%
|
Intensive Properties | Texture | 0%
|
Atomic Models | Thomson | 0%
|
Levels of organization | Tissue | 0%
|
Chemical Properties | Toxicity | 0%
|
Stoichiometric Nomenclature | Tri | 0%
|
Stoichiometric Nomenclature | Undeca | 0%
|
Levels of organization | Universe | 0%
|
State Changes | Vaporisation | 0%
|
Extensive Properties | Physical Properties | Volume | 0%
|
Formulas | v(solute)/(v(solution) | 0%
|
Extensive Properties | Weight | 0%
|
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