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0.1 Atomic masses

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Atomic masses
Atomic Number, Z Name Atomic Mass Number, A Symbol Atomic Mass (u) Percent Abundance or Decay Mode Half-life, t 1/2
0 neutron 1 n size 12{n} {} 1.008 665 β − size 12{β rSup { size 8{ - {}} } } {} 10.37 min
1 Hydrogen 1 1 H size 12{rSup { size 8{ 1 {}} }H} {} 1.007 825 99.985%
Deuterium 2 2 H or D size 12{rSup { size 8{ 2 {}} }H or D} {} 2.014 102 0.015%
Tritium 3 3 H or T size 12{rSup { size 8{ 3 {}} }H or T} {} 3.016 050 β − size 12{β rSup { size 8{ - {}} } } {} 12.33 y
2 Helium 3 3 He size 12{rSup { size 8{ 3 {}} }He} {} 3.016 030 1 . 38 × 10 − 4 % size 12{1 "." "38" times "10" rSup { size 8{ - 4} } %} {}
4 4 He size 12{rSup { size 8{ 4 {}} }He} {} 4.002 603 ≈100% size 12{ approx "100"%} {}
3 Lithium 6 6 Li size 12{rSup { size 8{ 6 {}} }Li} {} 6.015 121 7.5%
7 7 Li size 12{rSup { size 8{ 7 {}} }Li} {} 7.016 003 92.5%
4 Beryllium 7 7 Be size 12{rSup { size 8{ 7 {}} }Be} {} 7.016 928 EC 53.29 d
9 9 Be size 12{rSup { size 8{ 9 {}} }Be} {} 9.012 182 100%
5 Boron 10 10 B size 12{rSup { size 8{ 10 {}} }B} {} 10.012 937 19.9%
11 11 B size 12{rSup { size 8{ 11 {}} }B} {} 11.009 305 80.1%
6 Carbon 11 11 C size 12{rSup { size 8{ 11 {}} }C} {} 11.011 432 EC, β + size 12{β rSup { size 8{+{}} } } {}
12 12 C size 12{rSup { size 8{ 6 {}} }Li} {} 12.000 000 98.90%
13 13 C size 12{rSup { size 8{ 13 {}} }C} {} 13.003 355 1.10%
14 14 C size 12{rSup { size 8{ 14 {}} }C} {} 14.003 241 β − size 12{β rSup { size 8{ - {}} } } {} 5730 y
7 Nitrogen 13 13 N size 12{rSup { size 8{ 13 {}} }N} {} 13.005 738 β + size 12{β rSup { size 8{+{}} } } {} 9.96 min
14 14 N size 12{rSup { size 8{ 14 {}} }N} {} 14.003 074 99.63%
15 15 N size 12{rSup { size 8{ 15 {}} }N} {} 15.000 108 0.37%
8 Oxygen 15 15 O size 12{rSup { size 8{ 15 {}} }O} {} 15.003 065 EC, β + size 12{β rSup { size 8{+{}} } } {} 122 s
16 16 O size 12{rSup { size 8{ 6 {}} }Li} {} 15.994 915 99.76%
18 18 O size 12{rSup { size 8{ 18 {}} }O} {} 17.999 160 0.200%
9 Fluorine 18 18 F size 12{rSup { size 8{ 18 {}} }F} {} 18.000 937 EC, β + size 12{β rSup { size 8{+{}} } } {} 1.83 h
19 19 F size 12{rSup { size 8{ 6 {}} }Li} {} 18.998 403 100%
10 Neon 20 20 Ne size 12{rSup { size 8{ 20 {}} }Ne} {} 19.992 435 90.51%
22 22 Ne size 12{rSup { size 8{ 22 {}} }Ne} {} 21.991 383 9.22%
11 Sodium 22 22 Na size 12{rSup { size 8{ 6 {}} }Li} {} 21.994 434 β + size 12{β rSup { size 8{ - {}} } } {} 2.602 y
23 23 Na size 12{rSup { size 8{ 23 {}} }Na} {} 22.989 767 100%
24 24 Na size 12{rSup { size 8{ 24 {}} }Na} {} 23.990 961 β − size 12{β rSup { size 8{ - {}} } } {} 14.96 h
12 Magnesium 24 24 Mg size 12{rSup { size 8{ 24 {}} }Mg} {} 23.985 042 78.99%
13 Aluminum 27 27 Al size 12{rSup { size 8{ 27 {}} }Al} {} 26.981 539 100%
14 Silicon 28 28 Si size 12{rSup { size 8{ 28 {}} }Si} {} 27.976 927 92.23% 2.62h
31 31 Si size 12{rSup { size 8{ 31 {}} }Si} {} 30.975 362 β − size 12{β rSup { size 8{ - {}} } } {}
15 Phosphorus 31 31 P size 12{rSup { size 8{ 31 {}} }P} {} 30.973 762 100%
32 32 P size 12{rSup { size 8{ 6 {}} }Li} {} 31.973 907 β − size 12{β rSup { size 8{ - {}} } } {} 14.28 d
16 Sulfur 32 32 S size 12{rSup { size 8{ 6 {}} }Li} {} 31.972 070 95.02%
35 35 S size 12{rSup { size 8{ 35 {}} }S} {} 34.969 031 β − size 12{β rSup { size 8{ - {}} } } {} 87.4 d
17 Chlorine 35 35 Cl size 12{rSup { size 8{ 35 {}} }Cl} {} 34.968 852 75.77%
37 37 Cl size 12{rSup { size 8{ 35 {}} }Cl} {} 36.965 903 24.23%
18 Argon 40 40 Ar size 12{rSup { size 8{ 40 {}} }Ar} {} 39.962 384 99.60%
19 Potassium 39 39 K size 12{rSup { size 8{ 39 {}} }K} {} 38.963 707 93.26%
40 40 K size 12{rSup { size 8{ 40 {}} }K} {} 39.963 999 0.0117%, EC, β − size 12{β rSup { size 8{ - {}} } } {} 1 . 28 × 10 9 y size 12{1 "." "28" times "10" rSup { size 7{9} } y} {}
20 Calcium 40 40 Ca size 12{rSup { size 8{ 40 {}} }Ca} {} 39.962 591 96.94%
21 Scandium 45 45 Sc size 12{rSup { size 8{ 45 {}} }Sc} {} 44.955 910 100%
22 Titanium 48 48 Ti size 12{rSup { size 8{ 48 {}} }Ti} {} 47.947 947 73.8%
23 Vanadium 51 51 V size 12{rSup { size 8{ 51 {}} }V} {} 50.943 962 99.75%
24 Chromium 52 52 Cr size 12{rSup { size 8{ 52 {}} }Cr} {} 51.940 509 83.79%
25 Manganese 55 55 Mn size 12{rSup { size 8{ 55 {}} }Mn} {} 54.938 047 100%
26 Iron 56 56 Fe size 12{rSup { size 8{ 56 {}} }Fe} {} 55.934 939 91.72%
27 Cobalt 59 59 Co size 12{rSup { size 8{ 59 {}} }Co} {} 58.933 198 100%
60 60 Co size 12{rSup { size 8{ 60 {}} }Co} {} 59.933 819 β − size 12{β rSup { size 8{ - {}} } } {} 5.271 y
28 Nickel 58 58 Ni size 12{rSup { size 8{ 58 {}} }Ni} {} 57.935 346 68.27%
60 60 Ni size 12{rSup { size 8{ 60 {}} }Ni} {} 59.930 788 26.10%
29 Copper 63 63 Cu size 12{rSup { size 8{ 63 {}} }Cu} {} 62.939 598 69.17%
65 65 Cu size 12{rSup { size 8{ 65 {}} }Cu} {} 64.927 793 30.83%
30 Zinc 64 64 Zn size 12{rSup { size 8{ 64 {}} }Zn} {} 63.929 145 48.6%
66 66 Zn size 12{rSup { size 8{ 66 {}} }Zn} {} 65.926 034 27.9%
31 Gallium 69 69 Ga size 12{rSup { size 8{ 69 {}} }Ga} {} 68.925 580 60.1%
32 Germanium 72 72 Ge size 12{rSup { size 8{ 72 {}} }Ge} {} 71.922 079 27.4%
74 74 Ge size 12{rSup { size 8{ 74 {}} }Ge} {} 73.921 177 36.5%
33 Arsenic 75 75 As size 12{rSup { size 8{ 75 {}} }As} {} 74.921 594 100%
34 Selenium 80 80 Se size 12{rSup { size 8{ 80 {}} }Se} {} 79.916 520 49.7%
35 Bromine 79 79 Br size 12{rSup { size 8{ 79 {}} }Br} {} 78.918 336 50.69%
36 Krypton 84 84 Kr size 12{rSup { size 8{ 84 {}} }Kr} {} 83.911 507 57.0%
37 Rubidium 85 85 Rb size 12{rSup { size 8{ 85 {}} }Rb} {} 84.911 794 72.17%
38 Strontium 86 86 Sr size 12{rSup { size 8{ 86 {}} }Sr} {} 85.909 267 9.86%
88 88 Sr size 12{rSup { size 8{ 88 {}} }Sr} {} 87.905 619 82.58%
90 90 Sr size 12{rSup { size 8{ 90 {}} }Sr} {} 89.907 738 β − size 12{β rSup { size 8{ - {}} } } {} ­ 28.8 y
39 Yttrium 89 89 Y size 12{rSup { size 8{ 89 {}} }Y} {} 88.905 849 100%
90 90 Y size 12{rSup { size 8{ 90 {}} }Y} {} 89.907 152 β − size 12{β rSup { size 8{ - {}} } } {} ­ 64.1 h
40 Zirconium 90 90 Zr size 12{rSup { size 8{ 90 {}} }Zr} {} 89.904 703 51.45%
41 Niobium 93 93 Nb size 12{rSup { size 8{ 93 {}} }Nb} {} 92.906 377 100%
42 Molybdenum 98 98 Mo size 12{rSup { size 8{ 98 {}} }Mo} {} 97.905 406 24.13%
43 Technetium 98 98 Tc size 12{rSup { size 8{ 98 {}} }Tc} {} 97.907 215 β − size 12{β rSup { size 8{ - {}} } } {} ­ 4 . 2 × 10 6 y size 12{4 "." 2 times "10" rSup { size 8{6} } y} {}
44 Ruthenium 102 102 Ru size 12{rSup { size 8{ 102 {}} }Ru} {} 101.904 348 31.6%
45 Rhodium 103 103 Rh size 12{rSup { size 8{ 103 {}} }Rh} {} 102.905 500 100%
46 Palladium 106 106 Pd size 12{rSup { size 8{ 106 {}} }Pd} {} 105.903 478 27.33%
47 Silver 107 107 Ag size 12{rSup { size 8{ 107 {}} }Ag} {} 106.905 092 51.84%
109 109 Ag size 12{rSup { size 8{ 109 {}} }Ag} {} 108.904 757 48.16%
48 Cadmium 114 114 Cd size 12{rSup { size 8{ 114 {}} }Cd} {} 113.903 357 28.73%
49 Indium 115 115 In size 12{rSup { size 8{ 115 {}} }In} {} 114.903 880 95.7%, β − size 12{β rSup { size 8{ - {}} } } {} ­ 4 . 4 × 10 14 y size 12{4 "." 4 times "10" rSup { size 8{"14"} } y} {}
50 Tin 120 120 Sn size 12{rSup { size 8{ 120 {}} }Sn} {} 119.902 200 32.59%
51 Antimony 121 121 Sb size 12{rSup { size 8{ 121 {}} }Sb} {} 120.903 821 57.3%
52 Tellurium 130 130 Te size 12{rSup { size 8{ 130 {}} }Te} {} 129.906 229 33.8%, β − size 12{β rSup { size 8{ - {}} } } {} ­ 2 . 5 × 10 21 y size 12{2 "." 5 times "10" rSup { size 8{"21"} } y} {}
53 Iodine 127 127 I size 12{rSup { size 8{ 127 {}} }I} {} 126.904 473 100%
131 131 I size 12{rSup { size 8{ 131 {}} }I} {} 130.906 114 β − size 12{β rSup { size 8{ - {}} } } {} ­ 8.040 d
54 Xenon 132 132 Xe size 12{rSup { size 8{ 132 {}} }Xe} {} 131.904 144 26.9%
136 136 Xe size 12{rSup { size 8{ 136 {}} }Xe} {} 135.907 214 8.9%
55 Cesium 133 133 Cs size 12{rSup { size 8{ 133 {}} }Cs} {} 132.905 429 100%
134 134 Cs size 12{rSup { size 8{ 134 {}} }Cs} {} 133.906 696 EC, β − size 12{β rSup { size 8{ - {}} } } {} ­ 2.06 y
56 Barium 137 137 Ba size 12{rSup { size 8{ 137 {}} }Ba} {} 136.905 812 11.23%
138 138 Ba size 12{rSup { size 8{ 138 {}} }Ba} {} 137.905 232 71.70%
57 Lanthanum 139 139 La size 12{rSup { size 8{ 139 {}} }La} {} 138.906 346 99.91%
58 Cerium 140 140 Ce size 12{rSup { size 8{ 140 {}} }Ce} {} 139.905 433 88.48%
59 Praseodymium 141 141 Pr size 12{rSup { size 8{ 141 {}} }Pr} {} 140.907 647 100%
60 Neodymium 142 142 Nd size 12{rSup { size 8{ 142 {}} }Nd} {} 141.907 719 27.13%
61 Promethium 145 145 Pm size 12{rSup { size 8{ 145 {}} }Pm} {} 144.912 743 EC, α size 12{α} {} 17.7 y
62 Samarium 152 152 Sm size 12{rSup { size 8{ 152 {}} }Sm} {} 151.919 729 26.7%
63 Europium 153 153 Eu size 12{rSup { size 8{ 153 {}} }Eu} {} 152.921 225 52.2%
64 Gadolinium 158 158 Gd size 12{rSup { size 8{ 158 {}} }Gd} {} 157.924 099 24.84%
65 Terbium 159 159 Tb size 12{rSup { size 8{ 159 {}} }Tb} {} 158.925 342 100%
66 Dysprosium 164 164 Dy size 12{rSup { size 8{ 164 {}} }Dy} {} 163.929 171 28.2%
67 Holmium 165 165 Ho size 12{rSup { size 8{ 165 {}} }Ho} {} 164.930 319 100%
68 Erbium 166 166 Er size 12{rSup { size 8{ 166 {}} }Er} {} 165.930 290 33.6%
69 Thulium 169 169 Tm size 12{rSup { size 8{ 169 {}} }Tm} {} 168.934 212 100%
70 Ytterbium 174 174 Yb size 12{rSup { size 8{ 174 {}} }Yb} {} 173.938 859 31.8%
71 Lutecium 175 175 Lu size 12{rSup { size 8{ 174 {}} }Yb} {} 174.940 770 97.41%
72 Hafnium 180 180 Hf size 12{rSup { size 8{ 180 {}} }Hf} {} 179.946 545 35.10%
73 Tantalum 181 181 Ta size 12{rSup { size 8{ 181 {}} }Ta} {} 180.947 992 99.98%
74 Tungsten 184 184 W size 12{rSup { size 8{ 184 {}} }W} {} 183.950 928 30.67%
75 Rhenium 187 187 Re size 12{rSup { size 8{ 187 {}} }Re} {} 186.955 744 62.6%, β − size 12{β rSup { size 8{ - {}} } } {} 4 . 6 × 10 10 y size 12{4 "." 6 times "10" rSup { size 8{"10"} } y} {}
76 Osmium 191 191 Os size 12{rSup { size 8{ 191 {}} }Os} {} 190.960 920 β − size 12{β rSup { size 8{ - {}} } } {} ­ 15.4 d
192 192 Os size 12{rSup { size 8{ 192 {}} }Os} {} 191.961 467 41.0%
77 Iridium 191 191 Ir size 12{rSup { size 8{ 191 {}} }Ir} {} 190.960 584 37.3%
193 193 Ir size 12{rSup { size 8{ 193 {}} }Ir} {} 192.962 917 62.7%
78 Platinum 195 195 Pt size 12{rSup { size 8{ 195 {}} }Pt} {} 194.964 766 33.8%
79 Gold 197 197 Au size 12{rSup { size 8{ 197 {}} }Au} {} 196.966 543 100%
198 198 Au size 12{rSup { size 8{ 198 {}} }Au} {} 197.968 217 β − size 12{β rSup { size 8{ - {}} } } {} ­ 2.696 d
80 Mercury 199 199 Hg size 12{rSup { size 8{ 199 {}} }Hg} {} 198.968 253 16.87%
202 202 Hg size 12{rSup { size 8{ 202 {}} }Hg} {} 201.970 617 29.86%
81 Thallium 205 205 Tl size 12{rSup { size 8{ 205{}} }Tl} {} 204.974 401 70.48%
82 Lead 206 206 Pb size 12{rSup { size 8{ 206{}} }Pb} {} 205.974 440 24.1%
207 207 Pb size 12{rSup { size 8{ 207{}} }Pb} {} 206.975 872 22.1%
208 208 Pb size 12{rSup { size 8{ 208{}} }Pb} {} 207.976 627 52.4%
210 210 Pb size 12{rSup { size 8{ 210{}} }Pb} {} 209.984 163 α , β − size 12{α,β rSup { size 8{ - {}} } } {} ­ 22.3 y
211 211 Pb size 12{rSup { size 8{ 211{}} }Pb} {} 210.988 735 β − size 12{β rSup { size 8{ - {}} } } {} ­ 36.1 min
212 212 Pb size 12{rSup { size 8{ 212{}} }Pb} {} 211.991 871 β − size 12{β rSup { size 8{ - {}} } } {} ­ 10.64 h
83 Bismuth 209 209 Bi size 12{rSup { size 8{ 209{}} }Bi} {} 208.980 374 100%
211 211 Bi size 12{rSup { size 8{ 211{}} }Bi} {} 210.987 255 α , β − size 12{α,β rSup { size 8{ - {}} } } {} 2.14 min
84 Polonium 210 210 Po size 12{rSup { size 8{ 210{}} }Po} {} 209.982 848 α size 12{α} {} 138.38 d
85 Astatine 218 218 At size 12{rSup { size 8{ 218{}} }At} {} 218.008 684 α , β − size 12{α,β rSup { size 8{ - {}} } } {} 1.6 s
86 Radon 222 222 Rn size 12{rSup { size 8{ 222{}} }Rn} {} 222.017 570 α size 12{α} {} 3.82 d
87 Francium 223 223 Fr size 12{rSup { size 8{ 223{}} }Fr} {} 223.019 733 α , β − size 12{α,β rSup { size 8{ - {}} } } {} 21.8 min
88 Radium 226 226 Ra size 12{rSup { size 8{ 226{}} }Ra} {} 226.025 402 α size 12{α} {} 1 . 60 × 10 3 y size 12{1 "." "60" times "10" rSup { size 8{3} } y} {}
89 Actinium 227 227 Ac size 12{rSup { size 8{ 227{}} }Ac} {} 227.027 750 α , β − size 12{α,β rSup { size 8{ - {}} } } {} 21.8 y
90 Thorium 228 228 Th size 12{rSup { size 8{ 228{}} }Th} {} 228.028 715 α size 12{α} {} 1.91 y
232 232 Th size 12{rSup { size 8{ 232{}} }Th} {} 232.038 054 100%, α size 12{α} {} 1 . 41 × 10 10 y size 12{1 "." "41" times "10" rSup { size 8{"10"} } y} {}
91 Protactinium 231 231 Pa size 12{rSup { size 8{ 231{}} }Pa} {} 231.035 880 α size 12{α} {} 3 . 28 × 10 4 y size 12{3 "." "28" times "10" rSup { size 8{4} } y} {}
92 Uranium 233 233 U size 12{rSup { size 8{ 233{}} }U} {} 233.039 628 α size 12{α} {} 1 . 59 × 10 3 y size 12{1 "." "59" times "10" rSup { size 8{3} } y} {}
235 235 U size 12{rSup { size 8{ 235{}} }U} {} 235.043 924 0.720%, α size 12{α} {} 7 . 04 × 10 8 y size 12{7 "." "04" times "10" rSup { size 8{8} } y} {}
236 236 U size 12{rSup { size 8{ 236{}} }U} {} 236.045 562 α size 12{α} {} 2 . 34 × 10 7 y size 12{2 "." "34" times "10" rSup { size 8{7} } y} {}
238 238 U size 12{rSup { size 8{ 238{}} }U} {} 238.050 784 99.2745%, α size 12{α} {} 4 . 47 × 10 9 y size 12{4 "." "47" times "10" rSup { size 8{9} } y} {}
239 239 U size 12{rSup { size 8{ 239{}} }U} {} 239.054 289 β − size 12{β rSup { size 8{ - {}} } } {} ­ 23.5 min
93 Neptunium 239 239 Np size 12{rSup { size 8{ 239{}} }Np} {} 239.052 933 β − size 12{β rSup { size 8{ - {}} } } {} ­ 2.355 d
94 Plutonium 239 239 Pu size 12{rSup { size 8{ 239{}} }Pu} {} 239.052 157 α size 12{α} {} 2 . 41 × 10 4 y size 12{2 "." "41" times "10" rSup { size 8{4} } y} {}
95 Americium 243 243 Am size 12{rSup { size 8{ 243{}} }Am} {} 243.061 375 α , size 12{α,} {} fission 7 . 37 × 10 3 y size 12{7 "." "37" times "10" rSup { size 8{3} } y} {}
96 Curium 245 245 Cm size 12{rSup { size 8{ 245{}} }Cm} {} 245.065 483 α size 12{α} {} 8 . 50 × 10 3 y size 12{8 "." "50" times "10" rSup { size 8{3} } y} {}
97 Berkelium 247 247 Bk size 12{rSup { size 8{ 247{}} }Bk} {} 247.070 300 α size 12{α} {} 1 . 38 × 10 3 y size 12{1 "." "38" times "10" rSup { size 8{3} } y} {}
98 Californium 249 249 Cf size 12{rSup { size 8{ 249{}} }Cf} {} 249.074 844 α size 12{α} {} 351 y
99 Einsteinium 254 254 Es size 12{rSup { size 8{ 254{}} }Es} {} 254.088 019 α , β − size 12{α,β rSup { size 8{ - {}} } } {} ­ 276 d
100 Fermium 253 253 Fm size 12{rSup { size 8{ 253{}} }Fm} {} 253.085 173 EC, α size 12{α} {} 3.00 d
101 Mendelevium 255 255 Md size 12{rSup { size 8{ 255{}} }Md} {} 255.091 081 EC, α size 12{α} {} 27 min
102 Nobelium 255 255 No size 12{rSup { size 8{ 255{}} }No} {} 255.093 260 EC, α size 12{α} {} 3.1 min
103 Lawrencium 257 257 Lr size 12{rSup { size 8{ 257{}} }Lr} {} 257.099 480 EC, α size 12{α} {} 0.646 s
104 Rutherfordium 261 261 Rf size 12{rSup { size 8{ 261{}} }Rf} {} 261.108 690 α size 12{α} {} 1.08 min
105 Dubnium 262 262 Db size 12{rSup { size 8{ 262{}} }Db} {} 262.113 760 α , size 12{α,} {} fission 34 s
106 Seaborgium 263 263 Sg size 12{rSup { size 8{ 263{}} }Sg} {} 263.11 86 α , size 12{α,} {} fission 0.8 s
107 Bohrium 262 262 Bh size 12{rSup { size 8{ 262{}} }Bh} {} 262.123 1 α size 12{α} {} 0.102 s
108 Hassium 264 264 Hs size 12{rSup { size 8{ 264{}} }Hs} {} 264.128 5 α size 12{α} {} 0.08 ms
109 Meitnerium 266 266 Mt size 12{rSup { size 8{ 266{}} }Mt} {} 266.137 8 α size 12{α} {} 3.4 ms

Questions & Answers

differentiate between demand and supply giving examples
Lambiv Reply
differentiated between demand and supply using examples
Lambiv
what is labour ?
Lambiv
how will I do?
Venny Reply
how is the graph works?I don't fully understand
Rezat Reply
information
Eliyee
devaluation
Eliyee
t
WARKISA
hi guys good evening to all
Lambiv
multiple choice question
Aster Reply
appreciation
Eliyee
explain perfect market
Lindiwe Reply
In economics, a perfect market refers to a theoretical construct where all participants have perfect information, goods are homogenous, there are no barriers to entry or exit, and prices are determined solely by supply and demand. It's an idealized model used for analysis,
Ezea
What is ceteris paribus?
Shukri Reply
other things being equal
AI-Robot
When MP₁ becomes negative, TP start to decline. Extuples Suppose that the short-run production function of certain cut-flower firm is given by: Q=4KL-0.6K2 - 0.112 • Where is quantity of cut flower produced, I is labour input and K is fixed capital input (K-5). Determine the average product of lab
Kelo
Extuples Suppose that the short-run production function of certain cut-flower firm is given by: Q=4KL-0.6K2 - 0.112 • Where is quantity of cut flower produced, I is labour input and K is fixed capital input (K-5). Determine the average product of labour (APL) and marginal product of labour (MPL)
Kelo
yes,thank you
Shukri
Can I ask you other question?
Shukri
what is monopoly mean?
Habtamu Reply
What is different between quantity demand and demand?
Shukri Reply
Quantity demanded refers to the specific amount of a good or service that consumers are willing and able to purchase at a give price and within a specific time period. Demand, on the other hand, is a broader concept that encompasses the entire relationship between price and quantity demanded
Ezea
ok
Shukri
how do you save a country economic situation when it's falling apart
Lilia Reply
what is the difference between economic growth and development
Fiker Reply
Economic growth as an increase in the production and consumption of goods and services within an economy.but Economic development as a broader concept that encompasses not only economic growth but also social & human well being.
Shukri
production function means
Jabir
What do you think is more important to focus on when considering inequality ?
Abdisa Reply
any question about economics?
Awais Reply
sir...I just want to ask one question... Define the term contract curve? if you are free please help me to find this answer 🙏
Asui
it is a curve that we get after connecting the pareto optimal combinations of two consumers after their mutually beneficial trade offs
Awais
thank you so much 👍 sir
Asui
In economics, the contract curve refers to the set of points in an Edgeworth box diagram where both parties involved in a trade cannot be made better off without making one of them worse off. It represents the Pareto efficient allocations of goods between two individuals or entities, where neither p
Cornelius
In economics, the contract curve refers to the set of points in an Edgeworth box diagram where both parties involved in a trade cannot be made better off without making one of them worse off. It represents the Pareto efficient allocations of goods between two individuals or entities,
Cornelius
Suppose a consumer consuming two commodities X and Y has The following utility function u=X0.4 Y0.6. If the price of the X and Y are 2 and 3 respectively and income Constraint is birr 50. A,Calculate quantities of x and y which maximize utility. B,Calculate value of Lagrange multiplier. C,Calculate quantities of X and Y consumed with a given price. D,alculate optimum level of output .
Feyisa Reply
Answer
Feyisa
c
Jabir
the market for lemon has 10 potential consumers, each having an individual demand curve p=101-10Qi, where p is price in dollar's per cup and Qi is the number of cups demanded per week by the i th consumer.Find the market demand curve using algebra. Draw an individual demand curve and the market dema
Gsbwnw Reply
suppose the production function is given by ( L, K)=L¼K¾.assuming capital is fixed find APL and MPL. consider the following short run production function:Q=6L²-0.4L³ a) find the value of L that maximizes output b)find the value of L that maximizes marginal product
Abdureman
types of unemployment
Yomi Reply
What is the difference between perfect competition and monopolistic competition?
Mohammed
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Source:  OpenStax, Concepts of physics. OpenStax CNX. Aug 25, 2015 Download for free at https://legacy.cnx.org/content/col11738/1.5
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