A molecule of ethanol has two carbon atoms six hydrogen atoms and one oxygen atom a ball and a stick model of a molecular of ethanol is made from the following components one red ball two black balls six white balls eight sticks what do the black balls in the model represent oxygen atoms hydrogen atoms carbon atoms bond between atoms
In the ball and stick model of a molecule of ethanol, the black balls represent carbon atoms.
The black balls in the model represent carbon atoms.
In the ball and stick model of ethanol, the black balls represent carbon atoms, the red ball represents an oxygen atom, and the white balls represent hydrogen atoms. The sticks represent the bonds between the atoms.
To determine the number of each type of atom in a molecule of ethanol, you can analyze its chemical formula, which is C2H6O. The subscript 2 after the "C" indicates that there are two carbon atoms. The subscript 6 after the "H" indicates that there are six hydrogen atoms. The letter "O" represents oxygen, so there is one oxygen atom in ethanol.
To construct the ball and stick model according to this information, you can use one red ball to represent the oxygen atom, two black balls to represent carbon atoms, six white balls to represent hydrogen atoms, and eight sticks to represent the bonds between the atoms.