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In cyclopropyl methyl carbocation the $\ce{sigma}$ electron cloud expands outwardly due to angle strain; therefore, the valence electron cloud of $\ce{CH2+}$ is surrounded by or enveloped by the expanded electron cloud making carbocation stable.

In cyclopropyl methyl carbocation, the sigma electron cloud expands outwardly due to angle strain; therefore, the valence electron cloud of $\ce{CH2+}$ is surrounded by or enveloped by the expanded electron cloud making carbocation stable.

In cyclopropyl methyl carbocation the $\ce{sigma}$ electron cloud expands outwardly due to angle strain; therefore, the valence electron cloud of $\ce{CH2+}$ is surrounded by or enveloped by the expanded electron cloud making carbocation stable. Hope this helps.

In cyclopropyl methyl carbocation the $\ce{sigma}$ electron cloud expands outwardly due to angle strain; therefore, the valence electron cloud of $\ce{CH2+}$ is surrounded by or enveloped by the expanded electron cloud making carbocation stable.

In cyclopropyl methyl carbocation the sigma electron cloud expands outwardly due to angle strain therefore the valence electron cloud of CH2+ is surrounded by or enveloped by the expanded electron cloud making carbocation stable. Hope this helps.

In cyclopropyl methyl carbocation the $\ce{sigma}$ electron cloud expands outwardly due to angle strain; therefore, the valence electron cloud of $\ce{CH2+}$ is surrounded by or enveloped by the expanded electron cloud making carbocation stable. Hope this helps.