When using the Precedence of Hazard Table in $173\mathrm{.}2$a $($b$),$ you will always end up using the PG of the primary hazard.

A$.$ True

B$.$ False

Every hazardous material will be assigned at least one Packing Group I

A$.$ True

B$.$ False

Using the $172\mathrm{.}101$ table the packing group for Fluorotoluenes is $q,$

A$.$ I

B$.$ II

C$.$ III

D$.$ IV

A liquid with an oral LD$50$ of $30m\frac{g}{k}g$ would be in division

A$.1\mathrm{.}6$

B$.2\mathrm{.}3$

C$.6\mathrm{.}2$

D$.6\mathrm{.}1$

A non$-$flammable, non$-$poisonous compressed gas that exerts a pressure of $1$R$0$ kPA $($gange$)$ at $20C$ would be a Division $2\mathrm{.}2$ material.

A$.$ True

B$.$ False

A material that meets the definition of both a class $3$ Packing Group $($PG$)$ II and a Division $6.$ Il oral toxicity with Packing Group I will have a primary hazand of with a Packing Group L$.$

A$.6\mathrm{.}1$

B$.3$

C$.8$

D$.$ not enough data to determine

The lower the hazand Class or Division mumber, the more serious the hazard.

A$.$ True

B$.$ False

Class $2$ contains $3$ divisions.

A$.$ True

B$.$ False

All Harardous Substances arc in Class $9.$

A$.$ True

B$.$ False

$10.$

Using the precedence of harard table in $173\mathrm{.}2$a $($b$),$ a liquid mecting the definition of both a division $6.$I Packing Group $($PG$)$ II and a class $3$ Packing Group $($PG$)$ II would have a class or division of

A$.4\mathrm{.}2$

B$.8$

C$.6\mathrm{.}1$

D$.3$