Directions: Discuss briefly the questions below. 1.) What can forces do? What is the difference between “Balanced Force" and "Unbalanced Force" 2.) What are the "Three Laws of Motion"? Explain each laws of motion.
1. Force can cause objects to move, alter shape, or speed up or slow down.
2. The size of the two forces in balanced forces is equal, but the magnitude of the two forces in unbalanced forces is unequal. Individual forces in balanced forces act in opposite directions. Individual forces in unbalanced forces, on the other hand, either behave in the same or opposite direction.
3. Law of Inertia - According to the first law, an object remains at rest or in uniform motion unless driven to change by the action of an external force. "A body in motion stays in motion, and a body at rest stays at rest," which means that an object in motion will not change velocity unless it is subjected to an imbalanced force.
Law of Acceleration- Newton's second law of motion states that an object must be accelerated by a net force acting on it. The mathematical description of cause-and-effect relationships between force and changes in motion is described here. Newton's second law of motion, as a more quantitative law of motion, is widely used to quantify what happens when a force is applied.
Law of Interaction- According to Newton's third law of motion, every action has an equal and opposite response. When two objects interact, the first object applies a force to the second, and the second object applies a force to the first.
Answers & Comments
Answer:
1. Force can cause objects to move, alter shape, or speed up or slow down.
2. The size of the two forces in balanced forces is equal, but the magnitude of the two forces in unbalanced forces is unequal. Individual forces in balanced forces act in opposite directions. Individual forces in unbalanced forces, on the other hand, either behave in the same or opposite direction.
3. Law of Inertia - According to the first law, an object remains at rest or in uniform motion unless driven to change by the action of an external force. "A body in motion stays in motion, and a body at rest stays at rest," which means that an object in motion will not change velocity unless it is subjected to an imbalanced force.
Law of Acceleration- Newton's second law of motion states that an object must be accelerated by a net force acting on it. The mathematical description of cause-and-effect relationships between force and changes in motion is described here. Newton's second law of motion, as a more quantitative law of motion, is widely used to quantify what happens when a force is applied.
Law of Interaction- According to Newton's third law of motion, every action has an equal and opposite response. When two objects interact, the first object applies a force to the second, and the second object applies a force to the first.
hopee this helpss :))