7. What is the tension in each cable for the equilibrium configurationshown below? Cable A has a -x component, and positive y and zcomponents, cable B is in the +x direction, and cable C hasnegative x and y components and a +z component. The 1300 Nforce is acting in the -z direction.+zC2.0 mA1.0 m3.0 m2.0 m1.0 m4.0 mQuestion #7B+y+x1300 N8. By how much do the two springs stretch in the equilibriumconfiguration below in order to support the 25 kg mass? Eachspring has an unstretched length of 2.2 m and a spring constant of250 N/m. Spring A is exerting a force in the -y direction. Spring Bis exerting a force in the -x direction. 1300 N8. By how much do the two springs stretch in the equilibriumconfiguration below in order to support the 25 kg mass? Eachspring has an unstretched length of 2.2 m and a spring constant of250 N/m. Spring A is exerting a force in the -y direction. Spring Bis exerting a force in the -x direction.+z AB9.0 m4.0 m2.0 m+y+x25 kgQuestion #8_finalp.84(84 of 101)arch4°C Partly sunny

Given: The direction of the three cables are given by

7. What is the tension in each cable for the equilibrium configuration shown below? Cable A has a -x component, and positive y and z components, cable B is in the +x direction, and cable C has negative x and y components and a +z component. The 1300 N force is acting in the -z direction. +z C 2.0 m A 1.0 m 3.0 m 2.0 m 1.0 m 4.0 m Question #7 B +y +x 1300 N

7. What is the tension in each cable for the equilibrium configuration shown below? Cable A has a -x component, and positive y and z components, cable B is in the +x direction, and cable C has negative x and y components and a +z component. The 1300 N force is acting in the -z direction. +z C 2.0 m A 1.0 m 3.0 m 2.0 m 1.0 m 4.0 m Question #7 B +y +x 1300 N