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2. Dmitri Mendeleev - Great Minds 3. Dmitri Mendeleev and the Modern Periodic Table Ti-s0 Mn-55 Fes NI-Ce9 Ce- Be- A Mg-24 Za-65 8-I Al-27a 1-8 C-12 Si-28 -10 P-31 As-75 0-16 S-32 Se-19 F-ID a-35 Br-s0 U-7 Na-23 K-39 R-SA Ca40 Sr-8T 7-45 C-2 TEr-56 La-14 m-0 Di-95 From 1829 to 1869, various different systems for organizing the elements were proposed, but none of them gained wide acceptance. Then, in 1869, a Russian chemist and teacher, Dmitri Mendeleev, published a table of the elements (the N-14 table to the right). Later that year, a German chemist, Lothar Meyer, published a nearly identical table. Mendeleev was given more credit than Meyer not because he published his table first and because he was better able to explain its usefulness. How did Mendeleev arrange elements in his periodic table? Look at Mendeleev's periodic table. Look at the column that starts with Ti = 50. No the two question marks between the entries for Zinc (Zn) and Arsenic (As). Why did Mendeleev leave these spaces blank? How did leaving these spaces blank, help convince other scientists that Mendele periodic table was a powerful tool?

2. Dmitri Mendeleev - Great Minds 3. Dmitri Mendeleev and the Modern Periodic Table Ti-s0 Mn-55 Fes NI-Ce9 Ce- Be- A Mg-24 Za-65 8-I Al-27a 1-8 C-12 Si-28 -10 P-31 As-75 0-16 S-32 Se-19 F-ID a-35 Br-s0 U-7 Na-23 K-39 R-SA Ca40 Sr-8T 7-45 C-2 TEr-56 La-14 m-0 Di-95 From 1829 to 1869, various different systems for organizing the elements were proposed, but none of them gained wide acceptance. Then, in 1869, a Russian chemist and teacher, Dmitri Mendeleev, published a table of the elements (the N-14 table to the right). Later that year, a German chemist, Lothar Meyer, published a nearly identical table. Mendeleev was given more credit than Meyer not because he published his table first and because he was better able to explain its usefulness. How did Mendeleev arrange elements in his periodic table? Look at Mendeleev's periodic table. Look at the column that starts with Ti = 50. No the two question marks between the entries for Zinc (Zn) and Arsenic (As). Why did Mendeleev leave these spaces blank? How did leaving these spaces blank, help convince other scientists that Mendele periodic table was a powerful tool?

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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| Explanation of Group Activity 3: Mendeleev's Periodic Table (Early Periodic Table) 1. The Genius of Dmitri Mendeleev 2. Dmitri Mendeleev - Great Minds 3. Dmitri Mendeleev and the Modern Periodic Table ONNT3 CHCTEMH BAEMEHTOBB. OCA ATORONS CSENNECKORSCCT Ti- so Zr- 90 7-180. V-51 N- 4 Ta-182 Cr-s2 Me- 6 Mn-55 Fems6 Rn-104. Ir-1. W-186. Rh-104,4 P-197 From 1829 to 1869, various different systems for organizing NI-Ce59 PI-106A 0-190. the elements were proposed, but none of them gained wide acceptance. Then, in 1869, a Russian chemist and teacher, Cu-63A Ag-108 Hg-200. Be- A Mg-24 Zn-65 C-112 B-I Al-27, ?-68 Ur-I16 An-1977 C-12 N-14 0-16 S-32 Se-794 Te-128 F-1 a-sBr-80 Si-28 ?-10 Sn-118 P-31 As-75 Sb-122 BI-210? Dmitri Mendeleev, published a table of the elements (the table to the right). I-127 U-7 Na-23 TI-204. K-39 Rb-85, Cs-133 Ca-40 Sr-8T, Ba-137 P-207. ?-45 Ce-92 Er-56 La-94 ?YI- 60 Di-95 Later that year, a German chemist, Lothar Meyer, published a nearly identical table. Mendeleev was given more credit than Meyer not becaUse he published his table first and because he was better able to explain its usefulness. I Men s How did Mendeleev arrange elements in his periodic table? Look at Mendeleev's periodic table. Look at the column that starts with Ti = 50. Notice the two question marks between the entries for Zinc (Zn) and Arsenic (As). Why did Mendeleev leave these spaces blank? How did leaving these spaces blank, help convince other scientists that Mendeleev's periodic table was a powerful tool? The atomic mass of iodine (1) is 126.90amu. The atomic mass of tellurium (Te) is 127.60amu. Based on Mendeleev's method of organizing his periodic table, iodine should come before tellurium since iodine has a smaller atomic mass than tellurium. However, as we learned at the beginning of class, based on chemical properties, iodine
Transcribed Image Text:| Explanation of Group Activity 3: Mendeleev's Periodic Table (Early Periodic Table) 1. The Genius of Dmitri Mendeleev 2. Dmitri Mendeleev - Great Minds 3. Dmitri Mendeleev and the Modern Periodic Table ONNT3 CHCTEMH BAEMEHTOBB. OCA ATORONS CSENNECKORSCCT Ti- so Zr- 90 7-180. V-51 N- 4 Ta-182 Cr-s2 Me- 6 Mn-55 Fems6 Rn-104. Ir-1. W-186. Rh-104,4 P-197 From 1829 to 1869, various different systems for organizing NI-Ce59 PI-106A 0-190. the elements were proposed, but none of them gained wide acceptance. Then, in 1869, a Russian chemist and teacher, Cu-63A Ag-108 Hg-200. Be- A Mg-24 Zn-65 C-112 B-I Al-27, ?-68 Ur-I16 An-1977 C-12 N-14 0-16 S-32 Se-794 Te-128 F-1 a-sBr-80 Si-28 ?-10 Sn-118 P-31 As-75 Sb-122 BI-210? Dmitri Mendeleev, published a table of the elements (the table to the right). I-127 U-7 Na-23 TI-204. K-39 Rb-85, Cs-133 Ca-40 Sr-8T, Ba-137 P-207. ?-45 Ce-92 Er-56 La-94 ?YI- 60 Di-95 Later that year, a German chemist, Lothar Meyer, published a nearly identical table. Mendeleev was given more credit than Meyer not becaUse he published his table first and because he was better able to explain its usefulness. I Men s How did Mendeleev arrange elements in his periodic table? Look at Mendeleev's periodic table. Look at the column that starts with Ti = 50. Notice the two question marks between the entries for Zinc (Zn) and Arsenic (As). Why did Mendeleev leave these spaces blank? How did leaving these spaces blank, help convince other scientists that Mendeleev's periodic table was a powerful tool? The atomic mass of iodine (1) is 126.90amu. The atomic mass of tellurium (Te) is 127.60amu. Based on Mendeleev's method of organizing his periodic table, iodine should come before tellurium since iodine has a smaller atomic mass than tellurium. However, as we learned at the beginning of class, based on chemical properties, iodine
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