Assume you are given an array of four 16-bit numbers stored in memory with a starting address x3200. Using indirect addressing, write an LC-3 machine language program that will copy the same four 16-bit numbers in reverse order, starting at memory address x3210. Load your program starting at address x3050. For example, if the following are the four 16-bit values stored in x3200, x3200 12 X3201 23 x3202 34 X3203 45 then the result of your program execution should write the following starting at memory address x3210: X3210 45 X3211 34 X3212 23 X3213 12 In addition, assume the following data are stored in memory: x3100 x3200 X3101 x3201 X3102 X3202 x3103 x3203 x3104 x3210 X3105 X3211 x3106 X3212 X3107 x3213 You will need to demonstrate the correct execution of your programs by using the LC-3 Simulator. Make sure you upload your properly documented source code by the due date. Assume you are given an array of four 16-bit numbers stored in memory with a starting address x3200. Using indirect addressing, write an LC-3 machine language program that will copy the same four 16-bit numbers in reverse order, starting at memory address x3210. Load your program starting at address x3050. For example, if the following are the four 16-bit values stored in x3200, x3200 12 X3201 23 x3202 34 X3203 45 then the result of your program execution should write the following starting at memory address x3210: X3210 45 X3211 34 X3212 23 X3213 12 In addition, assume the following data are stored in memory: x3100 x3200 X3101 x3201 X3102 X3202 x3103 x3203 x3104 x3210 X3105 X3211 x3106 X3212 X3107 x3213 You will need to demonstrate the correct execution of your programs by using the LC-3 Simulator. Make sure you upload your properly documented source code by the due date