def test1():
x = assignment.toRadians(30)
assert round(x, 4) == 0.5236
#!python3 import assignment import math a=10 b=3 c=50 coeff1= 1 coeff2=-2*a*(math.cos(assignment.toRadians(c))) coeff3= a**2 - b**2 coeff2 = float(coeff2) coeff1 = float(coeff1) coeff3 = float(coeff3) a = coeff1 b = coeff2 c = coeff3 print(a,b,c) print(-1*b + math.sqrt(b**2 - 4*a*c))/(2*a) print(-1*b - math.sqrt(b**2 - 4*a*c))/(2*a) exit() solution1=(-1*coeff2 + math.sqrt(coeff2**2 - 4 * coeff1 * coeff3))/(2*coeff1) solution2=(-1*coeff2 - (math.sqrt((coeff2**2) - (4 * coeff1 * coeff3))))/(2*coeff1) solution1=float(solution1) solution2=float(solution2) print (solution1) print(solution2) """ quad=(coeff2**2) - (4 * coeff1 * coeff3)