(a) The memory of an ARM system can be organized as little endian or big endian form Figure Q2(a) shows the memory location of an ARM system starting at address 0x00008000 and ending address at 0x0000800f with the folowng vahes stored as 32 bit vahes in order 0x0023e45a, 0x90d270c1, 00204ef130a, Oxff016638 byte3 00 byte2 23 d2 bytel e4 byte Sa 90 70 el 0x00008000 DX00008004 0x0000800 Ox000000 04 XI fr 01 6b 38 Figure Q2(a) State the default memory form of an ARM system (either big endian or little endian) 2 marks D Produce a table or diagram showing the values in each memory location of an ARM system starting at address 0x00007000 and ending address at address 0x0000700f with the mentioned abies stored as 32 bit vahaes in order using the opposite memory form that was answered in (1) 8 marks (a) The memory of an ARM system can be organized as little endian or big endian form Figure Q2(a) shows the memory location of an ARM system starting at address 0x00008000 and ending address at 0x0000800f with the folowng vahes stored as 32 bit vahes in order 0x0023e45a, 0x90d270c1, 00204ef130a, Oxff016638 byte3 00 byte2 23 d2 bytel e4 byte Sa 90 70 el 0x00008000 DX00008004 0x0000800 Ox000000 04 XI fr 01 6b 38 Figure Q2(a) State the default memory form of an ARM system (either big endian or little endian) 2 marks D Produce a table or diagram showing the values in each memory location of an ARM system starting at address 0x00007000 and ending address at address 0x0000700f with the mentioned abies stored as 32 bit vahaes in order using the opposite memory form that was answered in (1) 8 marks

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(a) The memory of an ARM system can be organized as little endian or big endian form Figure Q2(a) shows the memory location of an ARM system starting at address 0x00008000 and ending address at 0x0000800f with the folowng vahes stored as 32  bit vahes in order  0x0023e45a, 0x90d270c1, 00204ef130a, Oxff016638 byte3 00 byte2 23 d2 bytel e4 byte Sa 90 70 el 0x00008000 DX00008004 0x0000800 Ox000000 04 XI fr 01 6b 38 Figure Q2(a) State the default memory form of an ARM system (either big endian or little endian)  2 marks  D Produce a table or diagram showing the values in each memory location of an ARM system starting at address 0x00007000 and ending address at address 0x0000700f with the mentioned abies stored as 32 bit vahaes in order using the opposite memory form that was answered in (1)  8 marks  (a) The memory of an ARM system can be organized as little endian or big endian form Figure Q2(a) shows the memory location of an ARM system starting at address 0x00008000 and ending address at 0x0000800f with the folowng vahes stored as 32  bit vahes in order  0x0023e45a, 0x90d270c1, 00204ef130a, Oxff016638 byte3 00 byte2 23 d2 bytel e4 byte Sa 90 70 el 0x00008000 DX00008004 0x0000800 Ox000000 04 XI fr 01 6b 38 Figure Q2(a) State the default memory form of an ARM system (either big endian or little endian)  2 marks  D Produce a table or diagram showing the values in each memory location of an ARM system starting at address 0x00007000 and ending address at address 0x0000700f with the mentioned abies stored as 32 bit vahaes in order using the opposite memory form that was answered in (1)  8 marks

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(a) The memory of an ARM system can be organized as little-endian or big-endian form Figure Q2(a) shows the memory location of an ARM system

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