#Write a function called solve_right_triangle. The function #solve_right_triangle should have three parameters: opposite, #adjacent, and use_degrees....

#Write a function called solve_right_triangle. The function
#solve_right_triangle should have three parameters: opposite,
#adjacent, and use_degrees. opposite and adjacent will be
#floats, and use_degrees will be a boolean. use_degrees
#should be a keyword parameter, and it should have a
#default value of False.
#
#The function should return a tuple containing the
#hypotenuse and angle of the right triangle (in that order).
#If use_degrees is False, the angle should be in radians.
#If use_degrees is True, the angle should be in degrees.
#
#Remember, the formula for the hypotenuse of a right
#triangle is the square root of the sum of the squared side
#lengths. You can find arctan using math.atan(), passing in
#the quotient of the opposite and adjacent as the argument.
#By default, math.atan() returns the angle in radians; you
#can pass that angle as an argument into the math.degrees()
#method to convert it to degrees; for example:
#
# angle_in_degrees = math.degrees(angle_in_radians)

import math

Expert Solution

# Write a function called solve_right_triangle. The function
# solve_right_triangle should have three parameters: opposite,
# adjacent, and use_degrees. opposite and adjacent will be
# floats, and use_degrees will be a boolean. use_degrees
# should be a keyword parameter, and it should have a
# default value of False.
#
# The function should return a tuple containing the
# hypotenuse and angle of the right triangle (in that order).
# If use_degrees is False, the angle should be in radians.
# If use_degrees is True, the angle should be in degrees.
#
# Remember, the formula for the hypotenuse of a right
# triangle is the square root of the sum of the squared side
# lengths. You can find arctan using math.atan(), passing in
# the quotient of the opposite and adjacent as the argument.
# By default, math.atan() returns the angle in radians; you
# can pass that angle as an argument into the math.degrees()
# method to convert it to degrees; for example:
#
# angle_in_degrees = math.degrees(angle_in_radians)

import math


def solve_right_triangle(opposite, adjacent, use_degrees=False):
    hypotenuse = math.sqrt(opposite * opposite + adjacent * adjacent)
    angle = math.atan(opposite / adjacent)
    if use_degrees:
        angle = math.degrees(angle)
    return hypotenuse, angle

venereology answered 1 year ago

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