Interactive Flashcards: How to Customize the Flashcards If you want to change the text on both sides of the cards: Change the text on the blue cards by clicking on each card, deleting what’s there, and inserting the new text Select all the blue cards by holding CTRL and clicking on each one Right click and then select “send to back” and “send to back” again (the yellow cards should be in the front now) Change the text in the yellow cards by clicking on each one, deleting the text there, and inserting the new text Repeat the process of sending the yellow cards to the back (select them all and right click and send to back) If you want to change the color of the cards: Select the blue cards (use process above) Go to the Format tab and then Shape Fill and choose a different color, gradient, or picture fill Use the process above to send the top cards to the back, then use the same method to change the color of the back cards Send the back cards to the back again so you are left with the original cards in the front

The location of an object relative to the origin Position, x (s for IB) The rate of change of position The rate of change of position Velocity, v The rate of change of velocity The rate of change of velocity Acceleration, a Force, F A push or pull A push or pull A change in position Displacement, Δx A change in position A property of matter that causes it to resist changes in velocity Inertia A property of matter that causes it to resist changes in velocity A contact force that acts perpendicular to the surface Normal Force, N or FN A contact force that acts perpendicular to the surface Gravity or Weight, W or Fg The attractive force between Earth and an object The attractive force between Earth and an object Friction, f The force that opposes motion due to contact with a surface. Mass times velocity Momentum, p A change in momentum Impulse, J or Δp The magnitude of the velocity Speed, s

The slope of the x-t graph The y-intercept of the x-t graph Velocity, v The slope of the x-t graph The y-intercept of the x-t graph Initial position, x0 Acceleration, a The slope of the v-t graph The y-intercept of the v-t graph Initial velocity, v0 (u for IB) Objects maintain constant velocity unless a net external force acts upon them Newton’s 1st law – the law of inertia Newton’s 2nd law – the law of acceleration The acceleration of an object is directly proportional to Fnet and inversely proportional to mass Newton’s 3rd law – the law of reciprocity The force that object 1 exerts on object 2 is equal in magnitude and opposite in direction to the force that object 2 exerts back on object 1 A quantity with magnitude only Scalar A quantity with both magnitude and direction Vector The force exerted by a string or spring Tension, T or FT Net Force, Fnet The amount of unbalanced force that causes the object to accelerate Kinetic Energy The energy of motion