A magical wave has a Who is accredited with wavelength of 0.63 mm. discovering the proton What is the frequency and nucleus in the of this wave? early twentieth 4.8 * 1011 Hz century? 1.9 * 105 Hz JJ Thomson 3.0 * 108 Hz Ernest Rutherford 2.1 * 10-12 Hz Gilbert Lewis According to the Niels Bohr ________ Principle, Chadwick the position and Dmitri Mendeleev velocity of a particle John Dalton cannot be known at the Michael Faraday exact same instant in How many of the time. following ions are Bohrian Momentum isoelectronic with Lewis Cycle Argon? S3-, Br-, Na+, P3+, Heisenberg Al3+ Uncertainty Schrodinger Zero Compromise One In to pass Two chemistry lab, 500. mL Three of C6H6 (MW = 78 Four g/mol)(ρ = 0.879 g/mL) Five must be formed by the How many of the following reaction: following molecules C6H6Br + NaOH are C6H6 + NaBr + OH- H2, CHFBr, BI3, SCl2, SiH4, CH3CH2OCH2CH3 How many grams of NaOH (MW = 40 g/mol) must Zero be added to achieve One the desired yield? Two 256 g Three 975 g Four 225 g Five 291 g Six
A magical wave has a wavelength of 0.63 mm. What is the frequency of this wave? 4.8 * 1011 Hz 1.9 * 105 Hz 3.0 * 108 Hz 2.1 * 10-12 Hz According to the ________ Principle, the position and velocity of a particle cannot be known at the exact same instant in time. Bohrian Momentum Lewis Cycle Heisenberg Uncertainty Schrodinger Compromise In to pass chemistry lab, 500. mL of C6H6 (MW = 78 g/mol)(ρ = 0.879 g/mL) must be formed by the following reaction: C6H6Br + NaOH C6H6 + NaBr + OH- How many grams of NaOH (MW = 40 g/mol) must be added to achieve the desired yield? 256 g 975 g 225 g 291 g Who is accredited with discovering the proton and nucleus in the early twentieth century? JJ Thomson Ernest Rutherford Gilbert Lewis Niels Bohr Chadwick Dmitri Mendeleev John Dalton Michael Faraday How many of the following ions are isoelectronic with Argon? S3-, Br-, Na+, P3+, Al3+ Zero One Two Three Four Five How many of the following molecules are H2, CHFBr, BI3, SCl2, SiH4, CH3CH2OCH2CH3 Zero One Two Three Four Five Six
chem_111_mock_final_exam_fall_2017.docx