Description
“Cover sheet” (front page) - title of Lab - class/ section - Your Name - Professor's Name “Introduction” next page) - Summary in your own words of the Theory/Introduction of Lab “PRE Lab” “Data” (If you have the Lab manual, you may hand-write answers as long as they are legible) - chart/ table/ excel spreadsheet - calculations (if any) “Analysis” - Questions (either type the answers in complete sentences or type the Question with the answer below it) “Conclusion” -Summary
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Explanation & Answer
Attached.
“Cover sheet” (front page) - title of Lab - class/ section - Your Name - Professor's Name
Introduction
Rigid body concepts are used for many engineering things like in construction of buildings,
bridge. The torque principle is there and its focus on the twist force of an object with its pivot on
certain distance. In equilibrium the object is at rest so that the net force applied on it is nearly
zero or zero. In fact this principle applied in beam. Based from rigid bodies force, it can be
rotational either sum of counter clockwise or counterclockwise forces that it’s in equilibrium that
is called rotational equilibrium. The sum of torque is zero called translational equilibrium.
PRE Lab
1. The definition of torque is the measurement of how much the force is applied to cause an
object to move on its pivot rotate along some axis in which mathematically expressed as
force multiplied by its distance(perpendiculat to its force).
𝜏 = 𝐹𝑑
2. The condition for a body in equilibrium of rigid body must the net force applied on that
body is zero (however in real there is small change force according on strength of
materials).
∑𝐹 = 0
3. The torque on 𝐹1 is clockwise direction so its negative force
Convert centimeter to meter units.
10 𝑐𝑚 = 0.1𝑚
Plug the given Force=10N an...
Review
Review
