b. 2 N,0(g) → 2 N,(g)+0,(g) 2 HI(g) → H,(g)+I,(g) anly ane who has It's ĦOF mdes fran reaetant ed dve to c. d.) 2 H, (g)+O, (g) → 2 H,O(1) to prodect levere dec. 27. What are the products in the complete ionic equation for the following reaction? in Hof de maeeles= ressiuc. HBr(ag)+KOH(aq) → products Base Acid a H,0() and-KBr(s)– b.K*(aq), Br (aq), and H,O(() Brol H.O1), K*(aq),andBr, (aq) d- KH(aq), H,O(),and BrOH(aq) into e. KH(aq}and-BROH(ag) H3 OH con create Hho! H*+Br-+ L+OH → とtなBr +H20 ) Bryl? (?) 28. What is the molar volume of an ideal gas at 1.00 atm and 0.00°C? a. 22.4 L d. 15.0 L b. Ixv = 1 x0.0826 x 2 73 22.7 L e. 27.2 L C. 22.1 L 29. Lactated Ringer's solution can be prepared by dissolving 0.6000 g sodium chloride (NaCl, 58.44 g/mol), 0.310 g sodium lactate (NaC3H5O; 112.06 g/mol), 30.00 mg potassium chloride (KCI, 74.55 g/mol), and 20.00 mg calciu chloride dihydrate (CaCl2 2H2O, 147.0 g/mol) in water to give a final volume of 100.0 mL. What is the molar concentration of chloride? 0.1021 M d. 0.1456 M a. b. 0.1094 M 0.6850 M e. C. 0.1321 M ovarl zum 30. Which statement below regarding reaction rates and kinetic molecular theory is FALSE? Higher concentrations of reactants typically lead to greater reaction rates because a larger number of effective molecular collisions occur. a.
b. 2 N,0(g) → 2 N,(g)+0,(g) 2 HI(g) → H,(g)+I,(g) anly ane who has It's ĦOF mdes fran reaetant ed dve to c. d.) 2 H, (g)+O, (g) → 2 H,O(1) to prodect levere dec. 27. What are the products in the complete ionic equation for the following reaction? in Hof de maeeles= ressiuc. HBr(ag)+KOH(aq) → products Base Acid a H,0() and-KBr(s)– b.K*(aq), Br (aq), and H,O(() Brol H.O1), K*(aq),andBr, (aq) d- KH(aq), H,O(),and BrOH(aq) into e. KH(aq}and-BROH(ag) H3 OH con create Hho! H*+Br-+ L+OH → とtなBr +H20 ) Bryl? (?) 28. What is the molar volume of an ideal gas at 1.00 atm and 0.00°C? a. 22.4 L d. 15.0 L b. Ixv = 1 x0.0826 x 2 73 22.7 L e. 27.2 L C. 22.1 L 29. Lactated Ringer's solution can be prepared by dissolving 0.6000 g sodium chloride (NaCl, 58.44 g/mol), 0.310 g sodium lactate (NaC3H5O; 112.06 g/mol), 30.00 mg potassium chloride (KCI, 74.55 g/mol), and 20.00 mg calciu chloride dihydrate (CaCl2 2H2O, 147.0 g/mol) in water to give a final volume of 100.0 mL. What is the molar concentration of chloride? 0.1021 M d. 0.1456 M a. b. 0.1094 M 0.6850 M e. C. 0.1321 M ovarl zum 30. Which statement below regarding reaction rates and kinetic molecular theory is FALSE? Higher concentrations of reactants typically lead to greater reaction rates because a larger number of effective molecular collisions occur. a.
Introductory Chemistry: A Foundation
9th Edition
ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Donald J. DeCoste
Chapter13: Gases
Section: Chapter Questions
Problem 136AP
Related questions
Question
question 28 please
Transcribed Image Text:b. 2 N,0(g) → 2 N,(g)+0,(g)
2 HI(g) → H,(g)+I,(g)
anly ane who has It's
ĦOF mdes fran reaetant
ed dve to
c.
d.) 2 H, (g)+O, (g) → 2 H,O(1)
to prodect levere
dec.
27. What are the products in the complete ionic equation for the following reaction? in Hof
de
maeeles=
ressiuc.
HBr(ag)+KOH(aq) → products
Base
Acid
a H,0() and-KBr(s)–
b.K*(aq), Br (aq), and H,O(()
Brol H.O1), K*(aq),andBr, (aq)
d- KH(aq), H,O(),and BrOH(aq) into
e. KH(aq}and-BROH(ag)
H3 OH con create Hho!
H*+Br-+ L+OH → とtなBr +H20 )
Bryl?
(?)
28. What is the molar volume of an ideal gas at 1.00 atm and 0.00°C?
a.
22.4 L
d. 15.0 L
b.
Ixv = 1 x0.0826 x 2 73
22.7 L
e.
27.2 L
C.
22.1 L
29. Lactated Ringer's solution can be prepared by dissolving 0.6000 g sodium chloride (NaCl, 58.44 g/mol), 0.310 g
sodium lactate (NaC3H5O; 112.06 g/mol), 30.00 mg potassium chloride (KCI, 74.55 g/mol), and 20.00 mg calciu
chloride dihydrate (CaCl2 2H2O, 147.0 g/mol) in water to give a final volume of 100.0 mL. What is the molar
concentration of chloride?
0.1021 M
d. 0.1456 M
a.
b.
0.1094 M
0.6850 M
e.
C.
0.1321 M
ovarl zum
30. Which statement below regarding reaction rates and kinetic molecular theory is FALSE?
Higher concentrations of reactants typically lead to greater reaction rates because a
larger number of effective molecular collisions occur.
a.
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