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Which equation demonstrates that nuclear fusion forms elements that are heavier than helium? (}_{1)^2H+_(1)^3Harrow _(2)^4He+_(0)^1n (}_{8)^16O+_(2)^4Hearrow _(10)^20Ne (}_{92)^235U+_(0)^1narrow _(53)^131I+_(39)^89Y+16_(0)^1n (}_{92)^235U+_(0)^1narrow _(42)^95Mo+_(57)^139La+2_(0)^1n+7_(-1)^0e

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Which equation demonstrates that nuclear fusion forms elements that are heavier than helium? (}_{1)^2H+_(1)^3Harrow _(2)^4He+_(0)^1n (}_{8)^16O+_(2)^4Hearrow _(10)^20Ne (}_{92)^235U+_(0)^1narrow _(53)^131I+_(39)^89Y+16_(0)^1n (}_{92)^235U+_(0)^1narrow _(42)^95Mo+_(57)^139La+2_(0)^1n+7_(-1)^0e

Which equation demonstrates that nuclear fusion forms elements that are heavier than helium? (}_{1)^2H+_(1)^3Harrow _(2)^4He+_(0)^1n (}_{8)^16O+_(2)^4Hearrow _(10)^20Ne (}_{92)^235U+_(0)^1narrow _(53)^131I+_(39)^89Y+16_(0)^1n (}_{92)^235U+_(0)^1narrow _(42)^95Mo+_(57)^139La+2_(0)^1n+7_(-1)^0e

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Jaimemaestro · Tutor durante 5 años
expert verifiedVerificación de expertos
4.6 (316 votos)

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The correct equation that demonstrates nuclear fusion forming elements heavier than helium is:<br /><br />${}_{8}^{16}O+_{2}^{4}He\rightarrow _{10}^{20}Ne$<br /><br />This equation represents the fusion of oxygen-16 and helium-4 to form neon-20, which is an element heavier than helium.
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