Final answer:
The MIPS assembly code snippet to calculate BMI multiplies a person's weight by a conversion factor and divides by their height squared, using single-precision floating-point instructions.
Step-by-step explanation:
To calculate the Body Mass Index (BMI) using MIPS assembly code, we follow the formula BMI = (Weight in lbs × 703) ÷ (Height in inches)². The code would first multiply the weight by 703, then square the height, and finally divide the first product by the squared height. Keep in mind that MIPS assembly requires using registers to store intermediate values and floating-point arithmetic for division and multiplication when dealing with non-integer numbers. Below is an example of what part of the MIPS code could look like:
BMI (Body Mass Index) is a measure that estimates the fat content of the body. It is calculated using the formula BMI = weight (lbs) / (height (inches) * height (inches)) * 703. The MIPS assembly code provided above reads the weight and height from the user, performs the necessary calculations, and prints the result.
This code snippet uses the single-precision floating-point MIPS instructions l.s, mul.s, and div.s to load, multiply, and divide the values respectively. The final BMI result would be stored in the register $f12. The constants for weight, height, and the conversion factor need to be adjusted according to the person's actual measurements before running the program. Remember that understanding MIPS instructions and their correct usage is essential for calculating and handling the BMI value accurately.