Sentences with EQUILIBRANT
Check out our example sentences below to help you understand the context.Sentences
1
"The equilibrant force is equal in magnitude but opposite in direction to the resultant force."
2
"To find the equilibrant of two forces, we must first find their resultant."
3
"The equilibrant of two equal and opposite forces is zero."
4
"In equilibrium, the net force and the equilibrant force cancel each other out."
5
"The equilibrant force can be represented by a vector pointing in the opposite direction of the resultant force."
6
"By adjusting the tension in the ropes, we can create an equilibrant force that keeps the object in balance."
7
"The equilibrant force acts to maintain stability and prevent any motion."
8
"If there is no equilibrant force acting on an object, it will accelerate in the direction of the resultant force."
9
"The equilibrant is an important concept in understanding the equilibrium of forces."
10
"We can calculate the equilibrant force using vector addition and subtraction."
11
"A system is in equilibrium if the net force and the equilibrant force are equal."
12
"The equilibrant of a force can be represented by a vector of equal magnitude but opposite direction."
13
"The equilibrant force is necessary to counterbalance any unbalanced forces in a system."
14
"The equilibrant force is sometimes called the balancing force."
15
"Without the equilibrant force, an object would continue to accelerate indefinitely."
16
"An object can be considered in equilibrium when the equilibrant force and the resultant force are equal."
17
"The equilibrant force changes with the changing of magnitudes and directions of other forces."
18
"The equilibrant force opposes the resultant force to keep the system in balance."
19
"To achieve equilibrium, the equilibrant force should be equal to the resultant force."
20
"The equilibrant force allows an object to stay in a state of static equilibrium."
1
"The equilibrant of two forces acting on an object can be calculated using vector addition."
2
"She used the concept of equilibrant to solve the physics problem."
3
"The equilibrant force is equal in magnitude but opposite in direction to the resultant force."
4
"When the equilibrant and the resultant force are equal, the object is in equilibrium."
5
"The equilibrant of the tensions in the ropes kept the platform balanced."
6
"The equilibrant of the horizontal and vertical components of a force determines its overall effect."
7
"The equilibrant of the downward force and the upward force canceled each other out, resulting in no net force."
8
"The equilibrant force counteracted the external forces, preventing the object from moving."
9
"Understanding the concept of equilibrant is crucial in analyzing the forces acting on a structure."
10
"By finding the equilibrant, we can determine the additional force needed to achieve balance."
