What are the differences between structural timber and light wood framing timber?

$2.$ List down the different components of a lightweight timber frame

$3.$ How are timbers prevented from rotting after installation $($In a lightweight frame$)?$

$4.$ What is the distance between floor joists? What are the purposes of having a standard distance?

$5.$ Discuss how are window and door framed.

$6.$ List down the different methods of anchoring lightweight timber frame.

$7.$ What is plywood sheathing? What are their purposes and usage?

$8.$ How are lateral forces controlled in lightweight timber frame?

$9.$ List down the different methods of protecting lightweight timber frames from the weather $($Air and moisture$)$:

$10.$ List down the different parts of a roof $($timber and different types of materials$)$ and their purposes.

$11.$ List down the different materials use for window, wall and door frames.

$12.$ Wood has BETTER$/$WORSE fire resistance than unprotected steel. Explain why is this so$?$

$13.$ Describe how fire$-$resistant timber is protected from potential fire $($by design$)?$

$14.$ In IBC, allowable heights, and areas for heavy timber buildings $\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_\_$ those for unprotected steel.

$15.$ How do you address the differential shrinkage of different timber components? $($Design and connections$).$

$16.$ Why is wooden beam is anchored into wall traditionally?

$17.$ How do you prevent fire in concealed space?

$18.$ List down the different types of timber construction.