Equilibrant and Resultant of Two Forces Mass (kg) Force F1 F2 Equilibrant E Resultant R F1, F2, and E = 0 Force 0.100 0.150 F3 E R Equilibrant and Resultant of Three Forces Mass (kg) Force (N) Force (N) 0.200 1.47 1.96 2.45 Direction (degrees) 0 55 Direction (degrees) 285 X-Component (N) X-Component (N) Y-Component (N) Y-Component (N)

Equilibrant and Resultant of Two Forces Mass (kg) Force F1 F2 Equilibrant E Resultant R F1, F2, and E = 0 Force 0.100 0.150 F3 E R Equilibrant and Resultant of Three Forces Mass (kg) Force (N) Force (N) 0.200 1.47 1.96 2.45 Direction (degrees) 0 55 Direction (degrees) 285 X-Component (N) X-Component (N) Y-Component (N) Y-Component (N)

Glencoe Physics: Principles and Problems, Student Edition

1st Edition

ISBN:9780078807213

Author:Paul W. Zitzewitz

Publisher:Paul W. Zitzewitz

Chapter5: Displacement And Force In Two Dimensions

Section: Chapter Questions

Problem 1STP

See similar textbooks

Similar questions

Is it possible that a resultant force and equilibrant force not equal to each other? How?
A diver of mass 13.9 kg stands on one end of a diving board of mass 25.2 kg. Everything is inequilibrium (since nothing is moving). What is the magnitude of the support force on the opposite end of the diving board?A) 1,574 NB) 944 NC) 4,046 ND) 566 N
Two apples of mass m1 = 0.110 kg and m2 = 0.220 kg sit on a dining room table. Treatingthe apples as point objects, find the force of gravity between them when their separationis (a) 13.2 cm and (b) 132 cm.
Two forces have magnitudes F1 and F2. If these forces are added together, which ofthe following statements about the net force is correct? A: The net force must have amagnitude equal to F1 + F2. B: The net force can have a magnitude less than F1 + F2.C: The net force can have a magnitude greater than F1 + F2. D: The net force has amagnitude greater than F1.
A man weighs 210 lbf at a location where g= 32.10 ft/s2. Determine his weight on the Mars, where g= 5.47 ft/s2.
Forces P, Q and S of magnitudes 6.00 N, 10.00 N and 8.00 N respectively, acts on point O such that the angle made by force P is 50o counter clockwise from the positive x axis, force Q acts at an angle of 38 o counter clockwise from the negative y axis and force S acts at an angle of 32 o counter clockwise from the positive y axis. The x component of force S is
Find the mass of a thin, straight rod of length 50 cm whose density at a distance of x cm from the left end of the rod is ρ(x)= .0025 gm/cm.
Find the third force (the equilibrant) that would prevent the system from accelerating. 6.000 N At 348.9o Trig angle. (11.1o below the +x axis)
Forces P, Q and S of magnitudes 6.00 N, 10.00 N and 8.00 N respectively, acts on point O such that the angle made by force P is 50o counter clockwise from the positive x axis, force Q acts at an angle of 38 o counter clockwise from the negative y axis and force S acts at an angle of 32 o counter clockwise from the positive y axis. The direction of the resultant force is
1. What is the force exerted by the Sun on Earth? (Mass of Earth: mE = 5.97 × 1024 [kg] , Mass of Sun: mS = 1.99 × 1030 [kg]) answer format: F(SE) =___ E=____ choose one direction: a) +i b) +j c) +k 2. What is the force exerted by the Moon on Earth? (Mass of Moon: mM = 7.34 × 1022 [kg] ) answer format: F(ME) =___ E=____ choose one direction: a) +i b) +j c) +k 3. What is the magnitude of the total force experienced by Earth? answer format: F(E), total =___ E=____ 4. What is the magnitude of the force exerted by the Sun on Moon? answer format: F(SM), total =___ E=____
What may be the reason why resultant force and equilibrant force not equal to each other?
Forces P, Q and S of magnitudes 6.00 N, 10.00 N and 8.00 N respectively, acts on point O such that the angle made by force P is 50o counter clockwise from the positive x axis, force Q acts at an angle of 38 o counter clockwise from the negative y axis and force S acts at an angle of 32 o counter clockwise from the positive y axis. The x component of the resultant force R, Rx is