Physics P2 2.3 Force and acceleration. 0.0 / 5 ? PhysicsForces and MotionGCSEAQA Created by: Atlanta and JacobCreated on: 29-09-16 18:30 The bigger the resultant force on an object......? The greater its acceleration. 1 of 15 The greater the mass of an object......? The smaller its acceleration for a given force. 2 of 15 What does a resultant force always cause? An acceleration. 3 of 15 What is a deceleration? A negative acceleration. 4 of 15 What is the resultant force if there is no acceleration in a particular situation? Zero. 5 of 15 What is acceleration? A change in velocity. 6 of 15 How can an object accelerate even if it is going at a constant speed? By changing its direction. 7 of 15 What is needed to make an object change direction? A resultant force. 8 of 15 What equation can we use to find the resultant force on an object? F = m x a. 9 of 15 In the equation to find the resultant force on an object, what is F? The resultant force in newtons (N). 10 of 15 In the equation to find the resultant force on an object, what is m? The mass in kilograms (kg). 11 of 15 In the equation to find the resultant force on an object, what is a? The acceleration in m/s^2 (look up). 12 of 15 What happens to the acceleration of an object as the resultant force on it decreases? Acceleration decreases. 13 of 15 What is the resultant force on a car of mass 1000kg if its acceleration is 2 m/s^2? 2000 N. 14 of 15 **LOK UP VELOCITY-TIME GRAPH FOR DIFFERENT COMBINATIONS OF FORCE AND MASS** ** 15 of 15
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