Final answer:
The task includes completing a Python program to calculate the value of Z based on X and Y, and also solving a mathematical equation to find the value of Y. The Python program computes Z based on conditions related to Y, while the separate mathematical problem involves algebraic manipulation to find the value of Y.
Step-by-step explanation:
The question requires completing a Python program to evaluate the expression Y = 4 * X + 14 and then adjust the value of Z based on the value of Y. The Python code provided needs to be completed to handle the conditions specified. The program takes an input X, calculates Y, and then calculates Z as Y + 4. If Y is greater than 50, Z is updated to Y * 2; otherwise, Z remains as Y + 4. Finally, the value of Z is printed.
Additionally, a mathematical equation unrelated to the Python program is given: Y = 140 + 0.9(Y − 0.3Y) + 400 + 800+600 -0.15Y. The steps to solve this equation involve combining like terms and isolating Y on one side to find its value.
Let's combine like terms and isolate Y:
- Substitute T with 0.3Y to get Y in terms of itself.
- Simplify the equation by combining like terms.
- Isolate Y on one side to solve for its value.
The completed Python program and the solution to the mathematical equation would be:
X = int(input('Enter x: '))
Y = 4 * X + 14
if Y > 50:
Z = Y * 2
else:
Z = Y + 4
print(Z)
For the mathematical equation, we have:
Y = 140 + 0.9(Y - 0.3Y) + 400 + 800 + 600 -0.15Y
Y = 1940 + 0.48Y
Now, we could solve for Y by isolating it:
0.52Y = 1940
Y = 1940 / 0.52
Y = 3730