All Chemistry Calculator Related Post

Ligand Exchange Calculator | log K & ΔG Tool Ligand Exchange Calculator Predict Ligand Exchange Equilibrium Enter formation constants (log K) to compute ΔG, K_ex, and favored product. Metal Ion Cu²⁺Zn²⁺Fe³⁺Ni²⁺Co²⁺ log K₁ ([ML₁]) log K₂ ([ML₂]) Chelate Effect? (Multidentate L1) NoYes (+3 to +5 log units) Calculate Ligand Exchange Exchange Results — K_ex = […]

Term Symbol Calculator | L-S Coupling Tool Term Symbol Calculator Calculate Atomic Term Symbols (L-S Coupling) Enter electron configuration to compute possible term symbols using microstates and Hund’s rules. Orbital Type p (l=1)d (l=2)f (l=3) Number of Electrons (1–10) Calculate Term Symbols Term Symbols & Ground State Possible Terms: — Ground Term: — Total Microstates:

Phosphorescence Lifetime Calculator | τ_p Tool Phosphorescence Lifetime Calculator Compute τ_p from Rate Constants Enter radiative (k_r) and non-radiative (k_nr) rates to calculate phosphorescence lifetime and quantum yield. Radiative Rate k_r (s⁻¹) Non-Radiative Rate k_nr (s⁻¹) Calculate Phosphorescence Lifetime Lifetime & Yield Phosphorescence Lifetime τ_p = — s (— ms) Quantum Yield Φ_p = —

Particle in Box Calculator | Quantum Energy Tool Particle in Box Calculator Quantum Energy Levels in 1D Box Enter particle mass, box length, and quantum number to compute energy, wavelength, and zero-point energy. Particle Mass m (kg) Box Length L (m) Quantum Number n Show Energy Levels Up To Calculate Particle in Box Quantum Results

Translational Partition Calculator | q_trans Tool Translational Partition Calculator Calculate qtrans for Ideal Gases Enter molecular mass, volume, and temperature to compute the translational partition function using statistical mechanics. Molecular Mass m (kg/mol) Volume V (m³) Temperature T (K) Molar qtrans (per mole)? Single MoleculeMolar (N_A molecules) Calculate Translational Partition Result qtrans = — Thermal

Tautomerization Calculator | Keto-Enol Tool Tautomerization Calculator Predict Tautomer Ratio (Keto-Enol, Imine-Enamine) Enter pKa values or equilibrium constant to compute tautomer distribution. Tautomer Type Keto-EnolImine-EnamineLactam-LactimCustom (Enter K_t) pK_a (Form 1) pK_a (Form 2) Equilibrium Constant K_t = [T2]/[T1] Calculate Tautomerization Tautomer Distribution — — K_t = — % Form 1 = — % Form 2

Functional Group Calculator | IUPAC & IR Tool Functional Group Calculator Identify Functional Groups & IUPAC Priority Add functional groups to analyze priority, IR frequencies, and reactivity. + Add Functional Group Calculate Functional Groups Analysis Results Functional Group IUPAC Priority IR Frequency (cm⁻¹) Reactivity The Functional Group Calculator is a scientifically accurate, interactive tool that

Benzene Ring Calculator | Aromaticity Tool Benzene Ring Calculator Check Aromaticity & π-Electron Count Select a molecule to analyze its benzene ring, π-electrons, and Hückel rule compliance. Select Molecule Benzene (C₆H₆)PyridinePyrroleFuranThiopheneNaphthaleneImidazoleCyclohexane (non-aromatic)Custom (Enter π-electrons) Benzene: 6 π-electrons, planar, cyclic, conjugated — AROMATIC π-Electrons (for custom) Ring Size (atoms) Calculate Benzene Ring Aromaticity Result Aromaticity: —

Steric Hindrance Calculator | Taft & A-value Tool Steric Hindrance Calculator Calculate Steric Parameters Select substituents to compute Taft, A-value, and Charton steric hindrance parameters. Steric Parameter Taft Parameter (E_s)A-value (kcal/mol)Charton Parameter (ν) Substituent 1 Substituent 2 (optional) Substituent 3 (optional) Calculate Steric Hindrance Results Substituent Steric Parameter Relative Hindrance The Steric Hindrance Calculator is

Catalytic Efficiency Calculator | k_cat/K_m Tool Catalytic Efficiency Calculator Calculate kcat/Km (Catalytic Efficiency) Enter enzyme kinetic parameters to compute catalytic efficiency using Michaelis-Menten model. Vmax (μmol/min) Km (mM) Enzyme Concentration [E]0 (nM) Substrate Concentration [S] (mM, optional) Calculate Catalytic Efficiency Results kcat = — s⁻¹ Catalytic Efficiency = — M⁻¹s⁻¹ Initial Rate v₀ = —