The CNO cycle

Consider the six nuclear reactions that constitute the "carbon$-$nitrogen$-$oxygen" $($CNO$)$ cycle below, as

discussed in Carroll & Ostlie, p$.311,$ equations $10\mathrm{.}48-10\mathrm{.}53$

${?}_6^{12}C+{?}_1^{1}H{?}_7^{13}N+$

${?}_7^{13}N{?}_6^{13}C+e^{+}+v_e$

${?}_6^{13}C+{?}_1^{1}H{?}_7^{14}N+$

${?}_7^{14}N+{?}_1^{1}H{?}_8^{15}O+$

${?}_8^{15}O{?}_7^{15}N+e^{+}+v_e$

${?}_7^{15}N+{?}_1^{1}H{?}_6^{12}C+{?}_2^{4}He.$

For each of the six reactions in the CNO cycle:

$($i$)$ Explain in words what each of the inputs and outputs are in the reaction.

$($ii$)$ Describe in words what is happening in the reaction.

$($iii$)$ Explain in detail how charge is conserved in the reaction.

$($iv$)$ Explain in detail how baryon number is conserved in the reaction.

$($v$)$ Explain in detail how lepton number is conserved in the reaction.