Sotre portion of cache system B represented a $2$ waysetassociative mapping cache system. The system is byte addressable and the block size is one word $(4$ byted. The tag and set number are represented with a binary numbers. The contents of words in the block are represented with headecimal Tag Set Number Word within block $00$ bi $1011101000010010010110110120615111100010010010110110115241216-21621110100001001001011011101423122$ it $11000100110101101110525215212.1010000100100105101111$ ko $111100010010010110111110241212402110100001001001011100004282$ Bise $12111110010011010111000052$ W$2521210100010010010111000161211110010010010111000152220210100010010010111001012111110001001011110010521$ zo B$21010000100100101110010|$A$216|82164116|$A$21611110001001101011100105216192165216$ B$2161.$ What is the size of the main memory for cache system B$?2.$ What is the size of cache memory? $3.$ If we request memory read from memory address F$135$ C$3,$ what data do we reac $4.$ If we request memory read from memory address A$125$ BA$,$ what data do we read? $5.$ If we access memory as the following order in cache system B: A$1$ FF BB B$1$ FF B$8$ A$1$ FF B$8$ B$1$ FFB$8$ A$1$ FFB$8$ BIFF BB how many cache missles$)$ would occur for the data request?