FreeBodyObjects2.py 1 from math import atan2 degrees, radians, sin cos 2 31#1ast problem, you created a new class called Force. Copy that 4 class below 6 8 #in this problem, you're going to use that class to calculate 9 *the net force from a list of forces. 10 # 11 Write a function called find net force. find net force should 12 #have one parameter: a list of instances of Force. The 13 function should return new instance of Force with the total 14 Fnet magnitude and net angle as the values for its magnitude 15 fand angle attributes. 16# 17: #As a reminder: 18. # 19 #-To find the magnitude of the net force , sum all the 20horizontal components and sum all the vertical components 21 # The net force is the square root of the sum of the squares 22 of the horizontal forces and the vertical foces {i.e. 23 # (total-horizontal ** 2 + total-vertical ** 2) ** 0.5) 24 " To find the angle of th?net forca, call atan2 with two 25 arguments: the total vertical and total horizontal 26forces (in that order). 27 #-Remember to round both the magnitude and direction to one 28 decinal place. This can be done using round (magni tude. 1) 30 # -The Force (anas e , has three methods ::get horizontal returns - 31 # a single force's horizontal componant.gat-vertical 32eturns a single force s vertidal component: get angle 33 # returns asingle force's angle in degrees (or in radiu 34f you cali getlanghe(cuse idegreesFalse 35 36 #AINT : Don't overcomplicate this: the Force glass does a tot 37 ?of your work:for you , 39 40 41 #Add your.functiei FreeBodyObjects2.py 1 from math import atan2 degrees, radians, sin cos 2 31#1ast problem, you created a new class called Force. Copy that 4 class below 6 8 #in this problem, you're going to use that class to calculate 9 *the net force from a list of forces. 10 # 11 Write a function called find net force. find net force should 12 #have one parameter: a list of instances of Force. The 13 function should return new instance of Force with the total 14 Fnet magnitude and net angle as the values for its magnitude 15 fand angle attributes. 16# 17: #As a reminder: 18. # 19 #-To find the magnitude of the net force , sum all the 20horizontal components and sum all the vertical components 21 # The net force is the square root of the sum of the squares 22 of the horizontal forces and the vertical foces {i.e. 23 # (total-horizontal ** 2 + total-vertical ** 2) ** 0.5) 24 " To find the angle of th?net forca, call atan2 with two 25 arguments: the total vertical and total horizontal 26forces (in that order). 27 #-Remember to round both the magnitude and direction to one 28 decinal place. This can be done using round (magni tude. 1) 30 # -The Force (anas e , has three methods ::get horizontal returns - 31 # a single force's horizontal componant.gat-vertical 32eturns a single force s vertidal component: get angle 33 # returns asingle force's angle in degrees (or in radiu 34f you cali getlanghe(cuse idegreesFalse 35 36 #AINT : Don't overcomplicate this: the Force glass does a tot 37 ?of your work:for you , 39 40 41 #Add your.functiei