ACS Gen Chem Second Semester Exam: 100% Expert
Verified Study Guide Real Testing 2026|2027 Questions
Detailed Answers and Instructor Note for A+
Guaranteed Pass
endothermic - Answers -an increase in temperature favors an __________ reaction (+ΔH)
does not - Answers -A Catalyst (does/does not) cause a shift
right - Answers -When Q < K reaction proceeds to the _____
left - Answers -When Q > K reaction proceeds to the _____
will not - Answers -When Q < Ksp the system is not saturated and a precipitate (will/will not)
form
will - Answers -When Q > Ksp the system is supersaturated and a precipitate (will/will not) form
1|Page
, common ion - Answers -an ion that comes from more than one source and lowers the molar
solubility of the insoluble salt.
Its concentration serves as the initial concentration in the ICE chart.
bronsted lowry - Answers -acid/base = proton donor/acceptor
arrhenius - Answers -acid/base = H+/OH-
lewis - Answers -acid/base = e- acceptor/donor
strong acids - Answers -HI, HCl, H2SO4, HNO3, HBr, HClO4
strong bases - Answers -LiOH, NaOH, KOH, Ca(OH)2, Sr(OH)2, Ba(OH)2
london forces - Answers -everything has London dispersion, stronger if MW is high
dipole-dipole - Answers -polar molecules, stronger is big EN difference
2|Page
Verified Study Guide Real Testing 2026|2027 Questions
Detailed Answers and Instructor Note for A+
Guaranteed Pass
endothermic - Answers -an increase in temperature favors an __________ reaction (+ΔH)
does not - Answers -A Catalyst (does/does not) cause a shift
right - Answers -When Q < K reaction proceeds to the _____
left - Answers -When Q > K reaction proceeds to the _____
will not - Answers -When Q < Ksp the system is not saturated and a precipitate (will/will not)
form
will - Answers -When Q > Ksp the system is supersaturated and a precipitate (will/will not) form
1|Page
, common ion - Answers -an ion that comes from more than one source and lowers the molar
solubility of the insoluble salt.
Its concentration serves as the initial concentration in the ICE chart.
bronsted lowry - Answers -acid/base = proton donor/acceptor
arrhenius - Answers -acid/base = H+/OH-
lewis - Answers -acid/base = e- acceptor/donor
strong acids - Answers -HI, HCl, H2SO4, HNO3, HBr, HClO4
strong bases - Answers -LiOH, NaOH, KOH, Ca(OH)2, Sr(OH)2, Ba(OH)2
london forces - Answers -everything has London dispersion, stronger if MW is high
dipole-dipole - Answers -polar molecules, stronger is big EN difference
2|Page