Mindblanked on this Q (1 Viewer)

let aye = i · Jul 26, 2022

How should i approach this q?

jimmysmith560 · Jul 26, 2022

Would the following working help?

$r_{\alpha }=\frac{\sqrt{2m_{\alpha }q_{\alpha }V}}{q_{\alpha }B}$

$r_s=\frac{\sqrt{2m_sq_sV}}{q_sB}$

$\frac{r_s}{r_{\alpha }}=\sqrt{\frac{m_s}{q_s}\times \frac{q_{\alpha }}{m_{\alpha }}}=\sqrt{\frac{32}{1}\times \frac{2}{4}}$

$\frac{r_s}{r_{\alpha }}=4$

let aye = i · Jul 26, 2022

jimmysmith560 said:
Would the following working help?

$r_{\alpha }=\frac{\sqrt{2m_{\alpha }q_{\alpha }V}}{q_{\alpha }B}$

$r_s=\frac{\sqrt{2m_sq_sV}}{q_sB}$

$\frac{r_s}{r_{\alpha }}=\sqrt{\frac{m_s}{q_s}\times \frac{q_{\alpha }}{m_{\alpha }}}=\sqrt{\frac{32}{1}\times \frac{2}{4}}$

$\frac{r_s}{r_{\alpha }}=4$

Is there any explanation to guide the solutions?

jimmysmith560 · Jul 26, 2022

let aye = i said:
Is there any explanation to guide the solutions?

Yes, you might want to check out this video which provides an explanation:

Mindblanked on this Q (1 Viewer)

let aye = i

New Member

jimmysmith560

Le Phénix Trilingue

let aye = i

New Member

jimmysmith560

Le Phénix Trilingue

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