Identify the correct order(s) among the follo | vedclass

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(D) . Thermal stability of hydrides decreases down the group as the $M-H$ bond dissociation energy decreases. Thus,$NH_3 > PH_3 > AsH_3$ is correct.$b

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$a, b$ and $d$

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(D) . Thermal stability of hydrides decreases down the group as the $M-H$ bond dissociation energy decreases. Thus,$NH_3 > PH_3 > AsH_3$ is correct.$b$. Reducing power increases down the group as thermal stability decreases. Thus,$NH_3 $c$. Lewis basic character of nitrogen trihalides is $NCl_3 > NBr_3 > NI_3$ because the electronegativity of the halogen decreases,making the lone pair on nitrogen more available. The given order $NI_3 > NBr_3 > NCl_3$ is incorrect.$d$. Acidic character of oxides decreases down the group as metallic character increases. Thus,$N_2O_5 > P_2O_5 > As_2O_5$ is correct.Therefore,statements $a, b,$ and $d$ are correct.

Identify the correct order$(s)$ among the following:
$a. NH_3 > PH_3 > AsH_3$ (Thermal stability)
$b. NH_3 < PH_3 < AsH_3$ (Reducing power)
$c. NI_3 > NBr_3 > NCl_3$ (Lewis basic character)
$d. N_2O_5 > P_2O_5 > As_2O_5$ (Acidic character)
Select the correct option:

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Identify the correct order$(s)$ among the following:$a. NH_3 > PH_3 > AsH_3$ (Thermal stability)$b. NH_3 < PH_3 < AsH_3$ (Reducing power)$c. NI_3 > NBr_3 > NCl_3$ (Lewis basic character)$d. N_2O_5 > P_2O_5 > As_2O_5$ (Acidic character)Select the correct option: