please meet the requirements regarding the LC3 simulator ### Writing a Program to Calculate z = x^yTo calculate the result of the equation \( z = x^y \), follow these steps. This guide assumes you have a basic understanding of programming and memory operations.1. **Write a Program:** - Your task is to create a program that computes the result of \( z = x^y \). 2. **Variable Initialization:** - The variables `x` and `y` should be initialized in memory once the program is loaded. You can use the `.FILL` directive to achieve this.3. **Constraints:** - The values of `x` and `y` must lie within the range defined by the inequality \( 6 \geq x \geq 0 \) and \( 6 \geq y \geq 0 \).4. **Store the Result:** - After calculating the exponential operation, store the result in the memory address `x8000`. - Make sure to HALT your program to signify the end of execution.### Detailed Explanation:#### Step-by-Step Implementation**1. Initialization:** - Define `x` and `y` in memory using the `.FILL` directive. ```assembly .FILL x_value .FILL y_value ```**2. Ensure Constraints:** - Check that both `x` and `y` lie between 0 and 6.**3. Exponential Calculation:** - Implement the logic to compute \( z = x^y \).**4. Storing the Result:** - Store the computed result in the address `x8000`. **5. Halt the Program:** - Ensure the program stops executing after storing the result.For example, in pseudocode:```pseudocodeStart: LOAD x_value INTO register X LOAD y_value INTO register Y IF (X < 0 OR X > 6 OR Y < 0 OR Y > 6) THEN PRINT "Invalid input" HALT z = 1 FOR i = 1 to Y DO z = z * X STORE z INTO memory address x8000 HALTEnd.```This pseudocode snippet provides an outline of how you might structure your program. Ensure to substitute the pseudocode with the actual assembly

Name: please meet the requirements regarding the LC3 simulator ### Writing a
Uploaded: 2024-03-20T06:51:23.000Z
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Description: please meet the requirements regarding the LC3 simulator ### Writing a Program to Calculate z = x^yTo calculate the result of the equation \( z = x^y \), follow these steps. This guide assumes you have a basic understanding of programming and memory