+ Question 4 of 10 Select the ring that has the most angle strain (ring strain). Identify the reason for the difference. Submit A A || I has more angle strain. I has sp² carbons which A require 120° bond angles, but the bond angles here are 60°. I has more angle strain. I has all sp³ carbons which B require 109° bond angles, and the bond angles here are 120°. Il has more angle strain. Il has all sp³ carbons which C require 109° bond angles, and the bond angles here are 60°. Il has more angle strain. I has sp² carbons which D require 120° bond angles, and the bond angles here are 120°. 79°F Mostly sunny Search Home End PgUp PgDn F10 F11 5:39 PM 9/22/2024 Del

Line-bond structures appear to imply that there are two different isomers of 1,2-dibromobenzene, one with the bromine-bearing carbon atoms joined by a double bond and one with the bromine-bearing carbons joined by a single bond. In fact, though, there is only one 1,2-dibromobenzene. Explain. H H. C. Br H. .C. Br || || .C and 1,2-Dibromobenzene Br Br

Safari File Edit View History Bookmarks Window Help 36% O A АBС Thu 3:08 PM 5. The general formula of alkene is C„H2n. (a) The relative molecular mass of an alkene X is 70.0 . Find out the molecular formula of X. (Relative atomic masses: C = 12.0, H = 1.0) (b) X is a straight chain alkene showing cis-trans isomerism. (i) Give the structural formula of X. (ii) Draw a 3-dimension diagram of the trans-isomer of X.