How does the penetrating power of $β\beta$ -particles compare with that of $α\alpha$ -particles and $γ\gamma$ -rays?

$β\beta$ -particles are less penetrating than $α\alpha$ -particles, and less penetrating than $γ\gamma$ -rays

$β\beta$ -particles are less penetrating than $α\alpha$ -particles, and more penetrating than $γ\gamma$ -rays

$β\beta$ -particles are more penetrating than $α\alpha$ -particles, and less penetrating than $γ\gamma$ -rays

$β\beta$ -particles are more penetrating than $α\alpha$ -particles, and more penetrating than $γ\gamma$ -rays

How does the penetrating power of $β\beta$ -particles compare with that of $α\alpha$ -particles and $γ\gamma$ -rays?

$β\beta$ -particles are less penetrating than $α\alpha$ -particles, and less penetrating than $γ\gamma$ -rays

$β\beta$ -particles are less penetrating than $α\alpha$ -particles, and more penetrating than $γ\gamma$ -rays

$β\beta$ -particles are more penetrating than $α\alpha$ -particles, and less penetrating than $γ\gamma$ -rays

$β\beta$ -particles are more penetrating than $α\alpha$ -particles, and more penetrating than $γ\gamma$ -rays

5.2.2a Alpha, beta and gamma emission

5.2.2a Alpha, beta and gamma emission Questions