Please help with this multi-part Assembly Language question. Ignore question number 1.

Order the bytes above as they are shown in the Data Segment window from left to right. What is the address of the byte with value 0times13? Write a simple program to load one byte into register $t1 from memory. Ensure that the byte loaded into register $t1 is 0times13. Remember from what effective address (the effective address is the sum of the base address plus the offset) you loaded the byte If our purpose is to use these 4 bytes as a word, we could have defined the previous label as follows: four_bytes: .word 0times11121314 # 1*16^7 + 1*16^6 + ... + 1*16^1 + 4*16^0 Replace x's definition in the simulator with "x: .word 0times11121314" and assemble the code again .data x: .word 0times11121314. After the code above is assembled, in what order are those bytes shown in the Data Segment window from left to right now? In the hexadecimal number 0times11121314 which byte is the most significant? That is, which byte carries the most weight? .data x: .word 0times11121314. After the code above is assembled, which byte has the greatest address? Is the simulator little endian or big endian? How can you tell