Interpretation:
The three- dimensional representation of the oxygen-bearing carbon atom in ethanol, CH3CH2OH, using the standard convention of solid, wedged and dashed lines is to be drawn.
Concept introduction:
To draw the structure of a tetrahedral carbon attached to four atoms or groups using solid, wedged and dotted lines certain conventions are used. The solid line is used to represent the bonds present in the plane of the paper, heavy wedged line is used to represent a bond coming out of the plane of the paper and the dotted line is used to represent a bond going back behind the plane of the paper.
To determine:
The three- dimensional representation of the oxygen-bearing carbon atom in ethanol, CH3CH2OH, using the standard convention of solid, wedged and dashed lines.
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Chapter 1 Solutions
Organic Chemistry
- Each sketch below shows three objects with an electric charge. In each case, decide whether there is a net force acting on the object outlined in green. If there is a net force, decide whether it pushes the green-ring object to the left or right. Then select the appropriate button under the sketch. For example, if there is a net force pushing the green-ring object in the first sketch to the left, select the left button under the first sketch. If there is no net force on the green-ring object in the second sketch, select the middle button under the second sketch. And so on. Explanation -2 Check +2 X -2 ♫ ola Ar © 2023 McGraw Hill LLC. All Rights Reserved. Terms of Use | Privacy Center | Accessibility A C allarrow_forwardEach sketch below shows three objects with an electric charge. In each case, decide whether there is a net force acting on the object outlined in green. If there is a net force, decide whether it pushes the green-ring object to the left or right. Then select the appropriate button under the sketch. For example, if there is a net force pushing the green-ring object in the first sketch to the left, select the left button under the first sketch. If there is no net force on the green-ring object in the second sketch, select the middle button under the second sketch. And so on. +1 Explanation Check 2021 McGraw-Hill Education. All Rights Reserved. Terms of Use I Privacy Acce acer backspace deletearrow_forwardEach sketch below shows three objects with an electric charge. In each case, decide whether there is a net force acting on the object outlined in green. If there is a net force, decide whether it pushes the green-ring object to the left or right. Then select the appropriate button under the sketch. For example, if there is a net force pushing the green-ring object in the first sketch to the left, select the left button under the first sketch. If there is no net force on the green-ring object in the second sketch, select the middle button under the second sketch. And so on. ola -2 +3 -2 -2 I Don't Know Submit 2022 McGraw Hill LLC. AL Riahts Reserved. Terms of Use I Privacy Center Accessibility etv 16 Dl 18 80 & % 6 7 8O 4.arrow_forward
- Each sketch below shows three objects with an electric charge. In each case, decide whether there is a net force acting on the object outlined in green. If there is a net force, decide whether it pushes the green-ring object to the left or right. Then select the appropriate button under the sketch. For example, if there is a net force pushing the green-ring object in the first sketch to the left, select the left button under the first sketch. If there is no net force on the green-ring object in the second sketch, select the middle button under the second sketch. And so on. 42 +3 I Don't Know Submit O 2022 McGraw Hill LLC AM Rights Reserved Terms of Use DII DO 80 F10 F7 FB F5 F4 esc F2 F3 1 $ % & @ 23 delete %3D ! 7 4 1 Y Q W E tab wー * CO つarrow_forwardThe chemical formula is C8H9NO2. Draw the molecule and include all lone pairs of electrons.arrow_forwardIn(s) + Fe(s) -> FeI,(s) Match the words in the left column to the appropriate blanks in the sentences on the right.arrow_forward
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- You are spending the summer working for a chemical company. Your boss has asked you to determine where a chlorine ion of effective charge -e would situate itself near a carbon dioxide ion. The carbon dioxide ion is composed of 2 oxygen ions each with an effective charge -2e and a carbon ion with an effective charge +3e. These ions are arranged in a line with the carbon ion sandwiched midway between the two oxygen ions. The distance between each oxygen ion and the carbon ion is 3.0 x 10-11 m. Assuming that the chlorine ion is on a line that is perpendicular to the axis of the carbon dioxide ion and that the line goes through the carbon ion, what is the equilibrium distance for the chlorine ion relative to the carbon ion on this line? For simplicity, you assume that the carbon dioxide ion does not deform in the presence of the chlorine ion. Looking in your trusty physics textbook, you find the charge of the electron is 1.60 x 10-19 C.arrow_forwardWrite the full electron configuration of Si, Si+4 and Si-4. How many valence electrons are in each of the 3 Si atoms?arrow_forwardWrite out the nuclear energy configuration (energy configuration of protons and neutrons in the nucleus, nuclear orbitals) of Calcium-40 and use it to explain why Ca-40 is an exceptionally stable and the most common isotope of Ca.arrow_forward
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