6. Chlorofluorocarbons (CFCs) contain bonds of the following lengths. What is the order of increasin bond strength in the CFC molecule? C-C=1.54times 10^-10m C-F=1.38times 10^-10m C-Cl=1.77times 10^-10m

To determine the order of increasing bond strength in the CFC molecule, we need to consider the bond lengths and the nature of the bonds.<br /><br />The bond lengths given are:<br />- C-C: 1.54 x 10^-10 m<br />- C-F: 1.38 x 10^-10 m<br />- C-Cl: 1.77 x 10^-10 m<br /><br />The bond strength is generally inversely proportional to the bond length. This means that shorter bonds are stronger, and longer bonds are weaker.<br /><br />Based on the bond lengths provided, the order of increasing bond strength in the CFC molecule is:<br /><br />1. C-Cl (weakest)<br />2. C-C<br />3. C-F (strongest)<br /><br />Therefore, the correct order of increasing bond strength in the CFC molecule is: C-Cl, C-C, C-F.