V Part A Draw a free-body diagram of the situation. Note that there are more vectors listed than will be used. Draw each appropriate vector. The starting position must be within two units and the angle must be within 5 degrees of the CDI'I'EI No elements selected Select the elements from the list and add them to the canvas setting the appropriate attributes. Part B Assume that the system has normal x,y coordinates so that right is positive x and up is positive y. Which forces act in the +x direction? O FN, wall O Fg.paint O Ff,ground O FT O FN,ground O Ff,wall O F g,ladder Submit Request Answer Part C Assume that the system has normal x,y coordinates so that right is positive x and up is positive y. Which forces act in the -x direction? O Fg,paint O FN,wall O FN,ground O Ff, wall O F g,ladder O Ff,ground O FT Submit Request AnswerPart D Assume that the system has normal x,y coordinates so that right is positive x and up is positive y. Which forces act in the +y direction? O FN,wall O FT O Ff, wall O FN,ground O Ff,ground O F g,ladder O F g,paint Submit Request Answer Part E Assume that the system has normal x,y coordinates so that right is positive x and up is positive y. Which forces act in the -y direction? O FN, ground O FN, wall O FT O Ff, wall O F g,ladder O Ff,ground O F g,paint Submit Request AnswerPart F Using the typical conventions for torque and using the point where the ladder touches the ground as the point of rotation, which forces cause a positive torque? O FN, wall O F g,ladder O Ff, wall O FN,ground O F g,paint O Ff,ground O FT Submit Request Answer Part G Using the typical conventions for torque and using the point where the ladder touches the ground as the point of rotation, which forces cause a negative torque? O Ff,ground O FT O Ff, wall O F g,ladder O FN,ground O FN, wall O Fg,paint Submit Request AnswerPart H Using the typical conventions for torque and using the point where the ladder touches the ground as the point of rotation, which forces do not cause a torque? O Ff, wall O F g,ladder O Fg,paint O FN,ground O FT O FN, wall O Ff,ground Submit Request Answer Part I Use Newton's second law and the condition for rotational equilibrium to determine the coefficient of static friction such that the ladder does not slide. AEd Submit Request