1. Complete the following summary chart of different classes of levers. Simple Position of Pivot Position of Effort Position of Load Machine Point Force Force Class 1 Lever Class 2 Lever Class 3 Lever Remember to save your answers in the document you created in Learning Activity 1.1. You will be asked to submit your completed portfolio at the end of your course.Trend being investigated FL (N) dL (m) dE (m) FE (N) 120 0.20 0.40 Increasing the 120 effort distance 0.20 0.60 120 0.20 0.80 . What happens to the amount of effort force required to keep the lever in static equilibrium when the distance of the effort force is increased? . What happens to the amount of the effort force if the distance of the effort force is decreased?TVOILC SPH4C Lesson 16 Lesson 16 Portfolio 4. Use the simulation to determine the effect of changing the load force on the effort force needed to keep a lever in static equilibrium. Set the load force and distance as shown in the data table. Then set the distance of effort force to the position in the data table and adjust the amount of effort force until the lever is in static equilibrium. Record the effort force in the data table. Trend being FL (N) dL (m) dE (m) FE (N) investigated 120 0.20 0.40 Increasing the 240 0.20 0.40 load force 360 0.20 0.40Remember to save your answers in the document you created in Learning Activity 1.1. You will be asked to submit your completed portfolio at the end of your course. 2. Use the same simulation as in topic 2 of this lesson to determine the effect of changing the load distance on the effort force needed to keep a lever in static equilibrium. Set the load force and distance as shown in the data table. Then set the effort force to the position in the data table and adjust the amount of effort force until the lever is in static equilibrium. Record the effort force in the data table. Trend being FL (N) dL (m) dE (m) FE (N) investigated 120 0.20 0.20 Increasing the load 120 0.40 0.20 distance 120 0.60 0.20. What happens to the amount of effort force required to keep the lever in static equilibrium when the amount of the load force is increased? . What happens to the amount of the effort force if the amount of the load force is decreased?TVOILC SPH4C Lesson 16 Lesson 16 Portfolio . What happens to the amount of effort force required to keep the lever in static equilibrium when the distance of the load force is increased? . What happens to the amount of the effort force if the distance of the load force is decreased? 3. Use the simulation to determine the effect of changing the effort distance on the effort force needed to keep a lever in static equilibrium. Set the load force and distance as shown in the data table. Then set the distance of effort force to the position in the data table and adjust the amount of effort force until the lever is in static equilibrium. Record the effort force in the data table