TS EAMCET 2020 (Online) 10th September Evening Shift

$60^{\circ}$

$\tan ^{-1}\left(\frac{1}{2}\right)$

$\tan ^{-1}\left(\frac{\sqrt{3}}{2}\right)$

$45^{\circ}$

$T_1>T_2$ and $p_1>p_2$

$T_1>T_2$ and $p_2>p_1$

$T_2>T_1$ and $p_1>p_2$

$T_2>T_1$ and $p_2>p_1$

(A) is true, (R) is true and (R) is the correct explanation for (A).

(A) is true, (R) is true but (R) is not the correct explanation for (A).

(A) is true but (R) is false.

(A) is false but (R) is true.

0.09 g

0.07 g

0.11 g

0.13 g

This model can be visualised as a pudding or watermelon of positive charge with plum or seeds as electrons embedded into it.

The mass of the atom is assumed to be uniformly distributed over the atom.

An atom possesses a spherical shape in which the positive charge in uniformly distributed.

This model could not explain the overall neutrality of the atom.

$\left|z_3\right|=1,\left|z_4\right|=2, \operatorname{Im}\left(z_3 z_4\right)=0$

$\left|z_3\right|=2,\left|z_4\right|=1, \operatorname{Re}\left(z_3 z_4\right)=0$

$\left|z_3\right|=1,\left|z_4\right|=2, \operatorname{Re}\left(z_3 z_4\right)=0$

$\left|z_3\right|=2,\left|z_4\right|=1, \operatorname{Re}\left(z_1 z_3\right)=\operatorname{Im}\left(z_2 z_4\right)=0$