The molecular drawing tool provides a canvas and tools forAnother method of drawing a bond is to connect two atoms.drawing molecules in Sapling Learning. The main toolbarconsists of several menus.1. Click on the Draw menu and select the single bond(the single line).The Select menu allows you to select bonds, atoms,2. Move your cursor over one of the carbon atoms. Thiswill highlight the carbon atom in grey.3. Click on the carbon atom and hold. Drag the bondelectrons, and charges to be moved or rotated.The Draw menu is used to draw bonds and atoms.• The Rings menu allows you to quickly draw rings ofuntil it reaches the other carbon atom. When the bondvarious sizes and includes the most commonlyreaches the second carbon atom, the second carbonused rings.atom will be highlighted in grey.The More menu is used to add charges, nonbondingelectrons (optional), and curved arrows (optional).Also present is the "reset drawing" button, which willrevert the drawing palette to the original state.The Erase tool allows you to erase atoms, bonds,4. Unclick to form the bond.You may need to click the "reset zoom and rotation" buttonto clearly see both carbon atoms.charges, electrons, and curved arrows.Addtional features are possible in these menus, but theConnect the two carbon atoms using a single bond.menus will only show the functionality that is needed for aSelectDrawRingsMoreErasegiven question.The drawing canvas has additional features.On the bottom left of the canvas, there is an "undo"and "redo" button.• On the bottom right of the canvas are "zoom in","reset zoom and rotation" and "zoom out" buttons.• Holding your mouse over the buttorywill give apopup description.étvhuluMacBook ProGSearch or type URL&78Y

Carbon is a tetravalent atom, i.e. it can form 4 bonds with monovalent atoms. The carbon atom has a self-linking ability as well. So, it can be bonded to another carbon atom by means of a covalent bond. The single bond between two carbon atoms can be drawn as follows: C—C This is how a bond must look like. But here carbon atom is not balanced in terms of valency, so, the structure must be drawn as follows:

Answered: Connect the two carbon atoms using a…

Science

Chemistry

Connect the two carbon atoms using a single bond.

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

7 draw the condensed and line bond structure of the compound
5. CH;CL 6. CH:Cl2 7. CH:OH (indicate the slectron pair gecmsty and molecular shaps arond both the carbon ztom znd oxygsa ztom.) 8. CO.
How many pairs ( set or two electrons together ) are in the Lewis for structure of carbon ?
Draw the structure of CH4, COH4, COH2, AND CO2H2
What’s difference between lone pair and bonded pair of electrons?
Dipole moment in compounds containing carbon-carbon double bond with examples
How do you know if compounds have the same skeletal structure?
19. SF, 20. BrF: 21. SiO; 22. NH.CIO: (indicate the alectron pair gecmatny and molecular shapa around sacha ion.)
What is the lewis dot structure for the carbon anion?
Explain concept of Skeletal Structures with Charged Atoms ?
For each of the following molecules in the list: 1) List the total number of valence electrons and then draw the Lewis dot structure. 2) Use the kits to make a model of each molecule or ion. (A specific ball may not exist for the type of atom that you are looking for. If this happens, use a ball for which the number of holes matches the number of electron areas needed.) 3) Name the electron pair geometry. 4) Name the molecular shape. 5) Draw a 3-D sketch of the molecular shape and list the bond angles. 6) If the molecule contains covalent bonds, indicate if it is polar or nonpolar. 7) When necessary, draw a polar arrow for each bond. 8) If the molecule is polar, draw an arrow next to the 3-D sketch indicating the direction of the dipole moment. Molecular Lewis Dot AXE Type Electron on Central Pair Atom Molecular Ionic, polar, or nonpolar 3-D Sketch Formula Structure Shape with bond Geometry angles and dipole arrow