Respuesta :
					                   Uranium-236 is intermediate nuclei. created by fusion reactions an unstable isotope of uranium created from four hydrogen atoms used in the H-bomb.
Following is the reaction involved in above process:
[tex] ^{235}U [/tex]+ [tex] ^{1}n [/tex] → [tex] ^{236}U [/tex]→ [tex] ^{144}Ba [/tex] + [tex] ^{89}Kr [/tex] + 3 [tex] ^{1}n [/tex] + 177 MeV
Here,
[tex] ^{235}U [/tex] = Fission material,
[tex] ^{1}n [/tex] = projectile,
[tex] ^{236}U [/tex] = intermediate nuclei,
[tex] ^{144}Ba [/tex] and [tex] ^{89}Kr [/tex] = Fission product
					                
					                
					             Following is the reaction involved in above process:
[tex] ^{235}U [/tex]+ [tex] ^{1}n [/tex] → [tex] ^{236}U [/tex]→ [tex] ^{144}Ba [/tex] + [tex] ^{89}Kr [/tex] + 3 [tex] ^{1}n [/tex] + 177 MeV
Here,
[tex] ^{235}U [/tex] = Fission material,
[tex] ^{1}n [/tex] = projectile,
[tex] ^{236}U [/tex] = intermediate nuclei,
[tex] ^{144}Ba [/tex] and [tex] ^{89}Kr [/tex] = Fission product
					                   The asnwer in the blank would be intermediate nuclei. Uranium-236 is intermediate nuclei created by fusion reactions an unstable isotope of uranium created from four hydrogen atoms used in the H-bomb. This is use in radioactivity and  generates the heat in nuclear power reactors, and produces the fissile material for nuclear weapons.
					                
					                
					              
			                   
					                  