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Tip: Use the graph paper from the start of class and sketch these scenarios out.

$5$A: Start with MRC $2015$ Code maximum riser height and minimum tread depth. See

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section R$3\mathrm{.}11\mathrm{.}7.$ What is the depth of the landing when framing the stair to not exceed code max riser height and Code minimum tread depth?

How many risers are needed when not exceeding Code Max Riser Height?

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What is the depth of the landing when framing the stair to not exceed code max riser height and Code minimum tread depth?

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$5$B: Using the industry standard of $7"$ riser height and $11"$ tread depth,

How many risers are needed when using the industry standard?

What is the landing depth and does it meet Code?

$5$ C : Design a set of stairs that will meet Code requirements. Hint, it will be something in between $5$A and $5$B$)$

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How many risers can you install?

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What is the landing depth and does it meet Code?

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HW$6-$ Applied Math Problems

$125\%$

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Tip: Use the graph paper from the start of class and sketch these scenarios out.

$5$A: Start with MRC $2015$ Code maximum riser height and minimum tread depth. See section R$3\mathrm{.}11\mathrm{.}7.$ What is the depth of the landing when framing the stair to not exceed code max riser height and Code minimum tread depth?

How many risers are needed when not exceeding Code Max Riser Height?

What is the depth of the landing when framing the stair to not exceed code max riser height and Code minimum tread depth?

$5$B: Using the industry standard of $7"$ riser height and $11"$ tread depth,

How many risers are needed when using the industry standard?

What is the landing depth and does it meet Code?

$5$C: Design a set of stairs that will meet Code requirements. Hint, it will be something in between $5$A and $5$B$)$

How many risers can you install?

What is the landing depth and does it meet Code

$1$ Point: Finish the dimension strings given the diagram below:

Show your work and highlight your answers:

A$.$

$B.$

C$.$

D$.$

E$.$