Consider the following figure and answer the following questions. Note the CPU emits a virtual

memory address $($VMA$)$ of which a portion is then used to index an entry into the page table $($PT$)$ and

then use that to derive the true physical memory address $($PMA$).$

a$.$ Suppose VMA $=0101111100001111.$ What is the PMA that will be ultimately emitted?

$($Please write your binary answer in groups of four bits where possible, but only include

EXACTLY the total number of bits needed for the resulting physical address!$\text{'})$

b$.$ What is the page frame number that this VMA is selecting?

$($Please state answer in DECIMAL$/)$

c$.$ Will the VMA in part $($a$)$ trigger a Page Fault? $($Yes or No$)$

d$.$ Suppose VMA $=1001011001100110.$ What is the PMA that will be ultimately emitted?

$($Again$,$ please write your binary answer in groups of four bits where possible, but only include

EXACTLY the total number of bits needed for the resulting physical address!$\text{'})$

e$.$ What is the page frame number that this VMA is selecting?

$($Please state answer in DECIMAL!$)$

f$.$ TRUE$/$FALSE: The VMA in part $($d$)$ will trigger a Page Fault.