Please explain how to solve this and provide the answer:

Consider the memory and registers representation below, where each cell has an address $($the first one in the first row is zero, the first on the second row is $8$ and so on$)$ and a stored value as shown below. Assume that this computer has one type of load instruction, which always loads values to the accumulator. The instruction has the following fields: first $4$ bits are the LOAD operation code $($D$16),$ the next $2$ bits are a register number and the remaining $6$ bits could be a constant, offset or address. If the instruction in hexadecimal is DC$9,$ show the value that was loaded in the accumulator according with the addressing modes below $($unnecessary information may contain random values, for example, loading a constant in the accumulator does not need the register number$)$

Consider the memory and registers representation below, where each cell has an address

$($the first one in the first row is zero, the first on the second row is $8$ and so on$)$ and a stored

value as shown below. Assume that this computer has one type of load instruction, which

always loads values to the accumulator. The instruction has the following fields: first $4$ bits

are the LOAD operation code $($D$16),$ the next $2$ bits are a register number and the remaining

$6$ bits could be a constant, offset or address. If the instruction in hexadecimal is DC$9,$ show

the value that was loaded in the accumulator according with the addressing modes below

$($unnecessary information may contain random values, for example, loading a constant in

the accumulator does not need the register number$)$