Which of the following best describes force as it is defined in the context of local daily chores?, A push or a pull acting upon an object., The speed at which an object moves., The energy required to lift a heavy object., The weight of an object measured in kilograms., What happens to an object's state of motion when the net force acting on it is zero?, The object begins to accelerate in the direction of the last applied force., The object remains at rest or continues to move at a constant velocity., The object will slowly come to a stop due to lack of force., The object's mass decreases to maintain balance., If you are drawing a force vector of 20 N to the right and 10 N to the left, what is the resulting net force (Fnet​)?, 10 N to the left, 0 N, 10 N to the right, 30 N to the right, Which property of matter is responsible for a passenger leaning forward when a Jeepney suddenly stops?, Inertia, Friction, Acceleration, Net Force, According to the Law of Inertia, how does the mass of an object affect its resistance to changes in motion?, Smaller mass results in greater inertia, Inertia only depends on the speed of the object, not the mass., Greater mass results in greater inertia, Mass and inertia are unrelated., In a scenario where a 2 kg ball is kicked with a force of 10 N, what is the acceleration of the ball?, 12 m/s2, 0.2 m/s2, 20 m/s2, 5 m/s2, What kind of relationship exists between mass and acceleration when the net force is kept constant?, Inverse proportion, Direct propotion, When a swimmer pushes the water backward, what is the reaction force according to Newton's Third Law?, The swimmer moves faster through the water., Gravity pulls the swimmer downward., The water resists the swimmer's hands., The water pushes the swimmer forward., Why don't action and reaction forces cancel each other out?, Because one force is always stronger than the other., Because they happen at different times., Because they are not equal in size., Because they act on different objects., In the 'Coin Drop Challenge,' why does the coin fall into the glass instead of moving with the flicked cardboard?, In the 'Coin Drop Challenge,' why does the coin fall into the glass instead of moving with the flicked cardboard?, The card is heavier than the coin., The coin's inertia keeps it at rest until gravity pulls it down., The coin is magnetically attracted to the glass., Which of the following is the correct mathematical expression for the Law of Interaction?, F=ma, Fa on b = -Fa on b, a=F/m, Fnet = 0, Primary reason why heavy trucks require a longer distance to stop compared to small cars traveling at the same speed?, The engine of a truck is more powerful., Gravity pulls trucks forward more strongly, They have more inertia due to their larger mass., Trucks have less friction with the road., A balloon rocket moves forward because the air is pushed out of the back. Which of Newton's Laws does this demonstrate?, Third Law of Motion, Law of Gravitation, First Law of Motion, Law of Conservation of Mass., What would happen to the acceleration of a cart if you triple the Fnet applied to it while keeping its mass the same?, The cart stops moving, The acceleration stays the same, The acceleration triples, The acceleration is reduced to one-third., A book resting on a table, where should the tail of the arrow representing the 'Normal Force' be placed?, on the table, pointing downward, On the book, pointing downward., On the book, pointing upward., In the space between the book and the table., If an object is moving at a constant speed in a straight line, what can be concluded about the net force acting on it?, There is a constant net force acting on it., The net force is zero., The object is overcoming friction with an unbalanced force., The object has no mass., Which of the following is equivalent to 1 Newton of force?, 1 kg/m, 1 m/s2, 1 kg m/s2, 1 kg m/s, Why is it important to wear seatbelts in terms of Newton's First Law?, To reduce the mass of the passenger., To increase the friction between you and the seat., To accelerate the passenger in the direction of the car's movement., To provide an unbalanced force that stops your body's forward motion., A 10 kg box is pushed with a net force of 50 N. What is its acceleration?, 500 m/s2, 0.2 m/s2, 40 m/s2, 5 m/s2, In the 'Balloon Jet Propulsion' activity, what constitutes the action force?, The string guiding the balloon., The air pushing the balloon forward., The balloon pushing the air outward., Gravity pulling the balloon down., What kind of graph is produced when plotting mass versus acceleration for a constant force?, Straight line through the origin, Hyperbola, Horizontal Line, Vertical line, If a person steps off a small boat onto a pier, why does the boat move backward?, The boat has no inertia., The person exerts a backward force on the boat while moving forward., Water currents always push boats away from piers., The person's mass is greater than the boat's mass., How much force is required to accelerate a 5 kg object at a rate of 2 m/s2?, 2.5 N, 10 N, 7 N, 0.4 N, In the absence of air resistance, why do a heavy rock and a light crumpled paper fall at the same rate of 9.8 m/s2?, Gravity only acts on heavy objects., Heavy objects have less inertia than light ones., Air resistance is what makes objects have mass, The ratio of force to mass is the same for both objects., Which of the following is an example of an 'unbalanced force' in a local context?, A book sitting perfectly still on a table., A Jeepney moving at a constant speed of 20 km/h on a straight road., A tricycle speeding up to overtake another vehicle., Two students of equal strength playing tug-of-war without the rope moving., Law of Inertia states that ..., An object at rest will stay at rest unless acted upon by unbalanced force, In every action there is an equal and opposite reaction, Net force is equal to the product of its mass and acceleration., When Ben increases the mass from 10kg to 15kg while keeping the force constant at 30N, what happens to the acceleration?, The acceleration increases because heavier objects move faster., Acceleration decreases because mass and acceleration are inversely related., The acceleration remains the same because the force is unchanged., The acceleration triples because mass increased., A book is resting on a table. Which of the following correctly identifies the action-reaction pair?, The book’s weight and the table’s normal force are action-reaction pairs., The table pushes up on the book, and the book pushes down on the table., Gravity pulls the book down, and friction holds it in place., The book exerts no force on the table because it is at rest., When you walk forward on the ground, which statement correctly describes the action-reaction forces?, Your foot pushes the ground backward, the ground pushes your foot forward., Your foot pushes the ground forward, the ground pushes your foot backward., Gravity pulls you down, and your foot pushes upward., There is no reaction force when walking., A soccer ball is resting on the ground. A player kicks the ball, causing it to roll forward and speed up. What does this show about the forces acting on the ball?, Balanced forces keep the ball moving faster., Unbalanced force changes the ball’s motion., Balanced forces stop the ball from moving., No force is needed to change the ball’s speed.

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