Predict the geometries of the following species: SiO_2 H_2O NO_3^- Write Lewis dot symbole for the...
Predict the product of the following reaction and then draw a stepwise mechanism: H_2O OH^- H_3O^+ CO_2 + H_2SO_4 SO_2 SO_4^2- HSO_4^-
Balance and write the ionic and net ionic forms of the following chemical reactions. Pn(NO_3)_2 (aq) + rightarrow CaF_2 + NaNO_3 (aq) H_2SO_4 + NaOH rightarrow H_2O + Na_2SO_4 (aq) Cu(NO_3)_2 + Zn rightarrow An(NO_3)_3 + Cu
10- Draw a proper Lewis Dot Structure for the following molecules or ions and predict the electron pair AND molecular geometries for the following molecules (Note: the central atom is underlined): CINO, CS2, Cl2CO, Cl2SO, SO2F2, XeO2F2, CIOF2+
#2 & 3
Identify the following species in water, as Bronsted Acids [A] or Bronsted Bases [B]: H_3O^+; H_2SO_4; OH^-; HCN; CH_3COOH; CH_3NH_2 WRITE NET Ionic Equations for the reactions of H_2PO_4^-, an amphiprotic ion, with aqueous solutions of HCl KOH Give the conjugate base for each of the following acids: HI HSO_4^- H_2CO_3 C_2H_5NH_3^+ Give the conjugate acid for each of the following bases: NH_3 O^2- H_2O PO_4^3- Identify the conjugate acid-base pairs in each of the following reactions:...
Write a balanced chemical equation (including phases) to describe the following reactions of sulfuric acid and nitric acid: Nitric acid reacts with ammonia in aqueous solution. HNO_3(aq) + NH_3(aq) implies NH^+_4(aq) + NO^-_3(aq) Sulfuric acid reacts with ammonia in aqueous solution. H_2SO_4(aq) + 2 NH_3(g) implies (NH_4)_2 SO_4(aq) Sulfuric acid dissolves in water. Step 1 (1st proton): H_2SO_4(aq) + H_2O(l) implies H_3O^+(aq) + HSO^-_4(aq) Step 2 (2nd proton): HSO^-_4(aq) + H_2O(l) implies H_3O^+(aq) + SO^2-_4(aq)
For each of the following compounds, provide the correct Lewis dot structure. Arrange the compounds in order of increasing carbon to carbon distance according to bond length. Explain the trend. C_2H_6 (ethane) C_2H_4 (ethene) C_2H_2 (ethyne)
You can use the internet if you don't have a textbook to predict
the geometries.
2. Draw the Lewis structures for the following molecules or ions. Refer your textbook to predict the geometries, molecular polarities for each species, and the type of hybridization for the central atom: Pol Bon Molec ule Lewis Structure Electr On Domai Molecu lar Geomet ar or Hybridizat ion on Central Atom or Angl Not Ion ry es Geome try CH4 PC13 NA
Procedure: For Part 1, write the Lewis Dot (or Electron Dot) structure for each atom, followed by the ions that each element would form, the compound that would be formed from the combination of the two elements and finally the Lewis Dot structure for the compound. For Part 2, show the Lewis Dot structure for each molecules, its AXE designation and finally its Electron Pair/ Geometric Shape geometries. Also indicate any partial charges that may exist on that molecule. PART...
Predict the direction for each of the following acid-base reactions. Circle the right choice. a. H_3O^+ + CO_3^2- HCO_3^- + H_2O Forward/Backward b. NO_3^- + HF HNO_3 + F^- Forward/Backward c. HS^- + NH_4^+ H_2S + NH_3 Forward/Backward
(IV) (6 points) Draw electron-dot structures (also known as Lewis structures) for the following Predict the geometry for each species, and indicate its polarity. (It is polar or nonpolar.) (a) H2O (b) CHs (c) CH3