Crossword Puzzle: In the 2 × 2 box shown here, each answer must be correct four ways: horizontally, vertically, diagonally, and by itself. Instead of words, use symbols of elements. When the puzzle is complete, the four spaces will contain the over-lapping symbols of 10 elements. There is only one correct solution. Horizontal 1–2: two-letter symbol for a metal used in ancient times 3–4: two-letter symbol for a metal that burns in air and is found in Croup 5A Vertical 1–3: two-letter symbol for a metalloid 2–4: two-letter symbol for a metal used in U.S. coins Single squares: All one-letter symbols 1: a colorful non-metal 2: colorless, gaseous non-metal 3: an element that makes fireworks green 4: an element that has medicinal uses Diagonal 1-4: two-letter symbol for an element used in electronics 2-3: two-letter symbol for a metal used with Zr to make wires for superconducting magnets This puzzle first appeared in Chemical & Engineering News , p. 86, December 14, 1987 (submitted by S. J. Cyvin) and in Chem Matters , October 1988.
Crossword Puzzle: In the 2 × 2 box shown here, each answer must be correct four ways: horizontally, vertically, diagonally, and by itself. Instead of words, use symbols of elements. When the puzzle is complete, the four spaces will contain the over-lapping symbols of 10 elements. There is only one correct solution. Horizontal 1–2: two-letter symbol for a metal used in ancient times 3–4: two-letter symbol for a metal that burns in air and is found in Croup 5A Vertical 1–3: two-letter symbol for a metalloid 2–4: two-letter symbol for a metal used in U.S. coins Single squares: All one-letter symbols 1: a colorful non-metal 2: colorless, gaseous non-metal 3: an element that makes fireworks green 4: an element that has medicinal uses Diagonal 1-4: two-letter symbol for an element used in electronics 2-3: two-letter symbol for a metal used with Zr to make wires for superconducting magnets This puzzle first appeared in Chemical & Engineering News , p. 86, December 14, 1987 (submitted by S. J. Cyvin) and in Chem Matters , October 1988.
Solution Summary: The author explains that the table of crossword puzzle is to be completed by using the symbols of elements.
Crossword Puzzle: In the 2 × 2 box shown here, each answer must be correct four ways: horizontally, vertically, diagonally, and by itself. Instead of words, use symbols of elements. When the puzzle is complete, the four spaces will contain the over-lapping symbols of 10 elements. There is only one correct solution.
Horizontal
1–2: two-letter symbol for a metal used in ancient times
3–4: two-letter symbol for a metal that burns in air and is found in Croup 5A
Vertical
1–3: two-letter symbol for a metalloid
2–4: two-letter symbol for a metal used in U.S. coins
Single squares: All one-letter symbols
1: a colorful non-metal
2: colorless, gaseous non-metal
3: an element that makes fireworks green
4: an element that has medicinal uses
Diagonal
1-4: two-letter symbol for an element used in electronics
2-3: two-letter symbol for a metal used with Zr to make wires for superconducting magnets
This puzzle first appeared in Chemical & Engineering News, p. 86, December 14, 1987 (submitted by S. J. Cyvin) and in Chem Matters, October 1988.
Shown below is the mechanism presented for the formation of biasplatin in reference 1 from the Background and Experiment document. The amounts used of each reactant are shown. Either draw or describe a better alternative to this mechanism. (Note that the first step represents two steps combined and the proton loss is not even shown; fixing these is not the desired improvement.) (Hints: The first step is correct, the second step is not; and the amount of the anhydride is in large excess to serve a purpose.)
Hi I need help on the question provided in the image.
Draw a reasonable mechanism for the following reaction:
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