Question

Draw the following structures on a sheet of paper using a pen, pencils, markers, or crayon. Label all parts of the structure that require labeling. After you finish drawing, take a picture using a cell phone or a camera. Copy and paste the picture in the word document on your computer and submit it to Canvas. Follow the directions for submitting As or Ss, given in the syllabus. Make sure you do not send it to my email or Canvas mail, you will not receive credit. 1. Draw the structure of Sodium and Chlorine atoms. Label electrons, protons, neutrons, shells (orbits), and the nucleus. These two atoms come together to make salt and offer an excellent example of an ionic bond. Imagine food with no salt! 2. Draw the structure of glucose and fructose. Honey is sweat because bees collect both of these sugars and store them in the honeycomb. 3. Draw the structure of a triglyceride molecule. Label the glycerol and fatty acid parts of the molecule. Fats and Oils are triglycerides, when you draw the structure, you know what triglyceride means. 4. Draw the structure of a phospholipid molecule. Label phosphate, glycerol, fatty acid, polar head, and non-polar head of the molecule. Without phospholipids, cells will not exist and if there is no cell(s) there is no life. 5. Draw the structure of the ATP molecule. Label all three different molecules that come together to make this incredible molecule. This is the battery that runs the biological world.

          Draw the following structures on a sheet of paper using a pen, pencils, markers,
or crayon. Label all parts of the structure that require labeling. After you finish
drawing, take a picture using a cell phone or a camera. Copy and paste the
picture in the word document on your computer and submit it to Canvas.
Follow the directions for submitting As or Ss, given in the syllabus.
Make sure you do not send it to my email or Canvas mail, you will not receive
credit.
1. Draw the structure of Sodium and Chlorine atoms. Label electrons, protons, neutrons, shells (orbits),
and the nucleus. These two atoms come together to make salt and offer an excellent example of an
ionic bond. Imagine food with no salt!
2. Draw the structure of glucose and fructose. Honey is sweat because bees collect both of these
sugars and store them in the honeycomb.
3. Draw the structure of a triglyceride molecule. Label the glycerol and fatty acid parts of the
molecule. Fats and Oils are triglycerides, when you draw the structure, you know what triglyceride
means.
4. Draw the structure of a phospholipid molecule. Label phosphate, glycerol, fatty acid, polar head,
and non-polar head of the molecule. Without phospholipids, cells will not exist and if there is no
cell(s) there is no life.
5. Draw the structure of the ATP molecule. Label all three different molecules that come together to
make this incredible molecule. This is the battery that runs the biological world.

Draw the following structures on a sheet of paper using a pen, pencils, markers,
or crayon. Label all parts of the structure that require labeling. After you finish
drawing, take a picture using a cell phone or a camera. Copy and paste the
picture in the word document on your computer and submit it to Canvas.
Follow the directions for submitting As or Ss, given in the syllabus.
Make sure you do not send it to my email or Canvas mail, you will not receive
credit.
1. Draw the structure of Sodium and Chlorine atoms. Label electrons, protons, neutrons, shells (orbits),
and the nucleus. These two atoms come together to make salt and offer an excellent example of an
ionic bond. Imagine food with no salt!
2. Draw the structure of glucose and fructose. Honey is sweat because bees collect both of these
sugars and store them in the honeycomb.
3. Draw the structure of a triglyceride molecule. Label the glycerol and fatty acid parts of the
molecule. Fats and Oils are triglycerides, when you draw the structure, you know what triglyceride
means.
4. Draw the structure of a phospholipid molecule. Label phosphate, glycerol, fatty acid, polar head,
and non-polar head of the molecule. Without phospholipids, cells will not exist and if there is no
cell(s) there is no life.
5. Draw the structure of the ATP molecule. Label all three different molecules that come together to
make this incredible molecule. This is the battery that runs the biological world.

Added by Sarah J.

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