Equilibrium force formula
[DOC File]Formula Sheet by Meisel PHY 2020 for Mid-Term Exam 1 ...
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Frictional Force is opposite to direction of motion. In equilibrium, the sum of all forces acting on a body is zero. Projectile Motion. x-direction y-direction (constant!) Trajectory: Max. Height: Range: Conservation of Energy [Work = (Force) (distance)] (unit is J, Joule) Force and distance are vectors and their dot product gives the scalar Work.
[DOC File]California State University, Northridge
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For force equilibrium in the x direction, the x component of the resultant force, FRsin = (100.4 kN)sin(0.8931) = 78.40 kN, must equal the friction force, Ff. Force equilibrium in the y direction requires the weight of the dam, which is the product of the specific weight times …
[DOC File]Problem #1 Force in Equilibrium
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The force on such a “test charge” (1 Coulomb) is the electric field at that point due to the charge configuration. Draw a vector representing the magnitude and direction of the force on the test charge due to the other charge. Now move your test charge to another point and draw the vector representing the force …
[DOCX File]West Lafayette Tech Ed
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(math calculations will be evaluated on their use of the formula, work, and units) ... The turning effect of a force about a point equal to the magnitude of the force times the perpendicular distance from the point to the line of action from the force. ... Calculate the Static Equilibrium, the IMA and AMA for the following Lever. Show all the ...
app.oncoursesystems.com
A first class lever in static equilibrium has a 50 lb resistance force and 15 lb effort force. The lever’s effort force is located 4 ft from the fulcrum. Sketch and annotate the lever system described above. ... Formula. Substitute / Solve. Final Answer.
[DOC File]Physical Science Formula Sheet
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F = ma Force = mass x acceleration 45 N (Newtons) (Fnet = 0 Equilibrium Rule = sum of the net force is equal to zero. W = F x d. Work = Force x distance 37 J (Joules) P = W / t Power = Work / time 60 w (watts) PE = mgh Potential Energy = mass x acceleration due to gravity x height 45 J KE = ½ m x v2. Kinetic Energy = ½ mass x velocity squared. 100 J
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