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a. Complete the following nuclear equation by supplying the missing particle: 48 48 20 Ca → ? + 21 Sc O He Ofe O¹H 0%e b. Complete the following nuclear equation by supplying the missing particle: ○ 40 Ar 18 037K 19 38 K 19 037 Ar 18 40 Ca+H → ?+ He 20 c. Complete the following nuclear equation by supplying the missing particle: Ne + ? →⁹0 + ³H 190 10 8 Ofe He OH

a. Complete the following nuclear equation by supplying the missing particle: 48 48 20 Ca → ? + 21 Sc O He Ofe O¹H 0%e b. Complete the following nuclear equation by supplying the missing particle: ○ 40 Ar 18 037K 19 38 K 19 037 Ar 18 40 Ca+H → ?+ He 20 c. Complete the following nuclear equation by supplying the missing particle: Ne + ? →⁹0 + ³H 190 10 8 Ofe He OH

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Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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a. Complete the following nuclear equation by supplying the missing particle: 48 48 20 Ca → ? + 21 Sc O He Ofe O¹H 0%e b. Complete the following nuclear equation by supplying the missing particle: ○ 40 Ar 18 037K 19 38 K 19 037 Ar 18 40 Ca+H → ?+ He 20 c. Complete the following nuclear equation by supplying the missing particle: Ne + ? →⁹0 + ³H 190 10 8 Ofe He OH
Transcribed Image Text:a. Complete the following nuclear equation by supplying the missing particle: 48 48 20 Ca → ? + 21 Sc O He Ofe O¹H 0%e b. Complete the following nuclear equation by supplying the missing particle: ○ 40 Ar 18 037K 19 38 K 19 037 Ar 18 40 Ca+H → ?+ He 20 c. Complete the following nuclear equation by supplying the missing particle: Ne + ? →⁹0 + ³H 190 10 8 Ofe He OH
Expert Solution
Step 1

Since,

Balanced nuclear reaction means number of proton in both side is equal and also mass number in both side are equal.

Thus,

steps

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