Instructions: 1. Use Newton's method to solve for arccot 0.2345Use initial estimate xº = 0.67, with dk = 0.01 Use arc cot if you are a boy. Use arc cos if you are a girl. 4. Use DevC to create a program that will solve the equation in step 1. 5. The program will ask for the initial estimate and the required error. 6. The program will output the answer showing all the needed iterations. Please see figure below. 2. 3. CALiloy Files\DevC_program MOSS.cpp - [Executing] - Dev-C++5.11 File Edit Search View Project Execute Tools AStyle Window Help IDA JU (globals) Project Classes Line: 1 f Iter k 9 1 13 Compiler 15 Abort Compila Shorten compil CALloy Files\DevC program/MOSS.exe Solution for f(x) = x^4-1.5x^3-x+1.2 Relative error is 0.01 and initial estimate 0.6 Enter intial estimate:0.6 Enter target relative error: 0.01 18 19 xk+1 0.81964 Cot 1 75°F Rain to stop Sel: 0 xk 0.60000 1.00560 8.69725 0.92789 0.74294 0.88955 0.77031 0.86647 9.78787 0.85172 0.79945 0.84206 0.80716 0.83565 0.81232 0.83139 0.81577 0.82854 0.81809 0.82664 Lines: 89 xk+1 1.00560 0.69725 8.92789 0.74294 0.88955 0.77031 0.86647 0.78787 0.85172 8.79945 0.84206 0.80716 0.83565 0.81232 e.83139 0.81577 0.82854 v 0.81809 8.82664 0.81964 Length: 1402 = dk+1 0.40334 0.44224 0.24857 0.24894 0.16481 0.15480 0.11099 0.09976 0.07496 0.06538 0.05059 0.04323 0.03409 0.02872 0.02294 0.01914 0.01541 0.01278 0.01034 0.00854 Insert 88✔ * dh TOM-GCC 4.9.2 64-bit Release Remarks >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 >0.01000 <0.01000 Done parsing in 0.734 seconds X U ^ 400 O X 10:40 PM 9/28/2022

I need help with Java code. I'm not sure how to start...

Suppose you want to test for a variable score if its value is equal to 100 and you write this statement in Python: if score = 100:   print("Score is 100)   Explain what is a potential problem in the statement shown above?