(S) Indicate the calculation of how many grams of aluminum oxide (Al2O3) would be produced from the reaction of 0.25 grams of aluminum reacting with excess oxygen gas. 4AI (s) + 302 (g)→ 2A1203 (s)

Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter21: The Chemistry Of The Main Group Elements
Section: Chapter Questions
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(S) Indicate the calculation of how many grams of aluminum oxide (Al2O3) would be produced from the reaction of 0.25 grams of aluminum
reacting with excess oxygen gas.
4AI (s) + 302 (g) 2A1203 (s)
0.25 g Al
3D
The Periodic Table of the Elements
18
→ Mercury
80 Atomic #
Hyroge
Pedum
Average relative masses
are 2001 values, rounded
to two decimal places.
Element name
2
He
4.00
H
1.01
2.1
13
14
15
16
17
All average masses are to
be treated as measured
quantities, and subject to
significant figure rules. Do
not round them further
when performing
calculations.
Symbol -
Hg
LINe
Tao
Carbon
Oepn
Renne
Lium
10
4.
Be
200.59 < Avg. Mass
1.9
F
Ne
B
10.81
20
C
12.01
2.5
Li
%3D
16.00
3.5
19.00
4.0
20.18
6.94
1.0
9.01
1.5
Electronegativity
->
14.01
3.0
Ston
14
Alumen
Cherine
Avgan
Sodum
11
Magam
12
Phosghon
15
13
16
17
18
Si
CI
Ar
Na
22.99
0.9
Mg
24.31
12
Al
26.98
P.
30.97
21
32.07
2.5
35.45
3.0
39.95
28.09
18
10
11
12
1.5
4.
Geenartams
Awc
Copper
29
Gatfen
Sxandu
21
Tanium
22
Calcium
Vanadum
Chram
Cua
30
32
33
34
35
36
31
Ga
69.72
1.6
26
27
28
19
K
39.10
0.8
20
23
24
25
Kr
Se
78.96
24
Br
Fe
55.85
1.8
Co
58.93
1.8
NI
58.69
1.8
Cu
63.55
1.9
Zn
65.39
1.6
Ge
72.61
1.3
As
74.92
2.0
Sc
Ti
47.88
1.5
Cr
52.00
1.6
Ca
V
Mn
40.08
1.0
44.96
13
50.94
1.6
54.94
1.5
79.90
2.8
83.80
3.0
Autonuns
51
Sb
121.76
1.9
Takuu
52
Sanan
Ca
48
In
Mayn
42
Sentun
Mmeadhums
Testnaum
43
Ruterkum
44
Pulun
Rubidum
37
Ddium
38
Sr
Notoon
41
47
53
54
50
Sn
39
40
45
46
49
Cd
112.41
Te
127.60
2.1
Xe
131.29
26
In
Zr
91.22
Nb
92.91
1.6
Ru
101.07
22
Rh
102.91
22
Pd
106.42
22
Ag
107.87
1.9
Mo
Tc
Rb
85.47
0.8
87.62
1.0
Y
88.91
12
95.94
1.8
(98)
1.9
114.82
17
118.71
1.8
126.90
2.5
17
14
Damay
Autadine
Rasdon
Thuiuns
81
TI
Loed
Mesoan
Cumian
Palma
Ta m
73
Tungten
74
Cestum
Lubtm
76
78
79
80
82
83
84
85
86
72
75
77
55
Cs
132.91
0.7
56
57-70
71
At
Rn
Pb
207 20
Po
(209)
2.0
Bi
Os
190.23
22
Ir
192 22
22
Pt
195.08
22
Au
196.97
Hg
200.59
19
Hf
Ta
Re
186 21
1.9
Ba
137.33
0.9
Lu
174.97
178.49
13
180.95
1.5
183.84
1.7
204.38
1.8
208.98
19
(210)
22
(222)
24
2.4
1.8
1.1
Transcribed Image Text:(S) Indicate the calculation of how many grams of aluminum oxide (Al2O3) would be produced from the reaction of 0.25 grams of aluminum reacting with excess oxygen gas. 4AI (s) + 302 (g) 2A1203 (s) 0.25 g Al 3D The Periodic Table of the Elements 18 → Mercury 80 Atomic # Hyroge Pedum Average relative masses are 2001 values, rounded to two decimal places. Element name 2 He 4.00 H 1.01 2.1 13 14 15 16 17 All average masses are to be treated as measured quantities, and subject to significant figure rules. Do not round them further when performing calculations. Symbol - Hg LINe Tao Carbon Oepn Renne Lium 10 4. Be 200.59 < Avg. Mass 1.9 F Ne B 10.81 20 C 12.01 2.5 Li %3D 16.00 3.5 19.00 4.0 20.18 6.94 1.0 9.01 1.5 Electronegativity -> 14.01 3.0 Ston 14 Alumen Cherine Avgan Sodum 11 Magam 12 Phosghon 15 13 16 17 18 Si CI Ar Na 22.99 0.9 Mg 24.31 12 Al 26.98 P. 30.97 21 32.07 2.5 35.45 3.0 39.95 28.09 18 10 11 12 1.5 4. Geenartams Awc Copper 29 Gatfen Sxandu 21 Tanium 22 Calcium Vanadum Chram Cua 30 32 33 34 35 36 31 Ga 69.72 1.6 26 27 28 19 K 39.10 0.8 20 23 24 25 Kr Se 78.96 24 Br Fe 55.85 1.8 Co 58.93 1.8 NI 58.69 1.8 Cu 63.55 1.9 Zn 65.39 1.6 Ge 72.61 1.3 As 74.92 2.0 Sc Ti 47.88 1.5 Cr 52.00 1.6 Ca V Mn 40.08 1.0 44.96 13 50.94 1.6 54.94 1.5 79.90 2.8 83.80 3.0 Autonuns 51 Sb 121.76 1.9 Takuu 52 Sanan Ca 48 In Mayn 42 Sentun Mmeadhums Testnaum 43 Ruterkum 44 Pulun Rubidum 37 Ddium 38 Sr Notoon 41 47 53 54 50 Sn 39 40 45 46 49 Cd 112.41 Te 127.60 2.1 Xe 131.29 26 In Zr 91.22 Nb 92.91 1.6 Ru 101.07 22 Rh 102.91 22 Pd 106.42 22 Ag 107.87 1.9 Mo Tc Rb 85.47 0.8 87.62 1.0 Y 88.91 12 95.94 1.8 (98) 1.9 114.82 17 118.71 1.8 126.90 2.5 17 14 Damay Autadine Rasdon Thuiuns 81 TI Loed Mesoan Cumian Palma Ta m 73 Tungten 74 Cestum Lubtm 76 78 79 80 82 83 84 85 86 72 75 77 55 Cs 132.91 0.7 56 57-70 71 At Rn Pb 207 20 Po (209) 2.0 Bi Os 190.23 22 Ir 192 22 22 Pt 195.08 22 Au 196.97 Hg 200.59 19 Hf Ta Re 186 21 1.9 Ba 137.33 0.9 Lu 174.97 178.49 13 180.95 1.5 183.84 1.7 204.38 1.8 208.98 19 (210) 22 (222) 24 2.4 1.8 1.1
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