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Home » Fusion processes, like combining two deuterons to form a He nucleus are impossible at ordinary temperatures and pressure. The reasons for this can be traced to the fact:(a) nuclear forces have short-range(b) nuclei are positively charged(c) the original nuclei must be completely ionized before fusion can take place(d) the original nuclei must first break up before combining with each other
Fusion processes, like combining two deuterons to form a He nucleus are impossible at ordinary temperatures and pressure. The reasons for this can be traced to the fact:
(a) nuclear forces have short-range
(b) nuclei are positively charged
(c) the original nuclei must be completely ionized before fusion can take place
(d) the original nuclei must first break up before combining with each other
CBSE | Class 12 | ncert exemplar | Nuclei | Physics
Fusion processes, like combining two deuterons to form a He nucleus are impossible at ordinary temperatures and pressure. The reasons for this can be traced to the fact:
(a) nuclear forces have short-range
(b) nuclei are positively charged
(c) the original nuclei must be completely ionized before fusion can take place
(d) the original nuclei must first break up before combining with each other

The correct options are:

(a) nuclear forces have short-range

(b) nuclei are positively charged

i

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