Fill in the missing mass numbers and atomic numbers for the following decay reactions.

Identify each as being either alpha decay, beta decay, or positron emission

Label each reaction as either artificial transmutation or natural transmutation.

$\backslash$table$[[,,\backslash$table$[[$Decay$],[$Type$]],\backslash$table$[[$Artificial or Natural$],[$Transmutation$?]]],[1,{?}^{210}Polongrightarro{w}_{2}He+{?}^{206}Pb,,],[2,{?}^{234}Thlongrightarro{w}_{-1}+{?}^{234}Pa,,],[3,{?}_{94}Pu+{?}_{on}longrightarro{w}^{4}He+{?}^{235}U,,],[4,{?}^{238}Ulongrightarro{w}^{4}He+{?}_{90}Th,,],[5,{?}^{37}$Calongrightarrow,${?}_{+1}+{?}^{37}K,,],[6,{?}^{27}Al+{?}^{1}nlongrightarro{w}_{11}Na+{?}^{4}He,,],[7,{?}_{88}Ralongrightarro{w}^0+{?}^{228}Ac,,],[8,{?}_{10}Nelongrightarro{w}^0+{?}^{19}F,,]]$

Identifying Nuclear Reaction Types

Predict the products in each of the following nuclear reactions.

Determine the reaction type $($natural transmutation, artificial transmutation, fission, fusion$)$

$\backslash$table$[[,,$Reaction Type$],[1,{?}_{19}^{42}K{?}_{-1}^{0}e+,],[2,{?}_1^{1}H+{?}_1^{3}H,$Fusion$],[3,{?}_{94}^{239}Pu{?}_2^4+,],[4,{?}_{92}^{238}U+{?}_0^{1}n{?}_2^4+,$Fission$],[5,+{?}_0^{1}n{?}_{56}^{142}Ba+{?}_{36}^{91}Kr+{?}_0^{1}n,],[6,{?}_1^{1}H+,{?}_2^{3}He,],[\backslash$table$[[7]],{?}_{92}^{235}U+{?}_0^{1}n{?}_{52}^{137}Te+$dots$+{?}_0^{1}n,],[8,{?}_{+1}^0+{?}_{19}^{37}K,]]$