In an experiment the initial number of radioactive nuclei is 3000. It is found that 1000±40 nuclei decayed in the 1.0 s. For ∣x∣<<1

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In an experiment the initial number of radioactive nuclei is 3000. It is found that 1000±40 nuclei decayed in the 1.0 s. For ∣x∣<<1, in (1+x)=x up to first power in x. The error Δλ, in the determination of the decay constant λ, is s −1 , is
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Feb
In an experiment the initial number of radioactive nuclei is 3000. It is found that 1000±40 nuclei decayed in the 1.0 s. For ∣x∣<<1, in (1+x)=x up to first power in x. The error Δλ, in the determination of the decay constant λ, is s −1 , is in (1+x)=x up to first power in [...]
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Tags: in (1+x)=x up to first power in x. The error Δλ , In an experiment the initial number of radioactive nuclei is 3000. It is found that 1000±40 nuclei decayed in the 1.0 s. For ∣x∣<<1 , in the determination of the decay constant λ , is , is s −1 ,