Floating Ideas

Calculate Force, Mass, and Accelereation with this set of 40 questions that enhance understanding and application of the F = m x A equation. Pure practice of Newton's Second Law for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (N, kg, m/s²). Increased challenge by progressing from substitution eq

Calculate Pressure, Force, and Area with this set of 40 questions that enhance understanding and application of the P = F/A equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (N/m2, N and m2). Increased challenge by progressing from substitution equations to manipulating the

Calculate the Thermal Energy for a Change of State, mass, and Specific Latent Heat of a substance with this set of 40 questions that enhance understanding and application of the E = m x L equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (W and kW, J and kJ, s). Increased cha

Calculate Kinetic Energy, Mass, and Velocity with this set of 56 questions (14 on each section with increasing difficulty) that enhance understanding and application of the Ee = ½ k x e² equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (J and kJ, m, e). Increased challenge b

Calculate Resistance, Current and Voltage with this set of 40 questions that enhance understanding and application of the V = I x R equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (Ohms, Amps, Volts). Increased challenge by progressing from substitution equations to manip

Calculate Weight, Mass and Gravitational Field Strength with this set of 40 questions that enhance understanding and application of the W = m x g equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (N, kg, N/kg). Increased challenge by progressing from substitution equations t

Calculate Power, Energy Transferred, and time with this set of 40 questions that enhance understanding and application of the P = E/t equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (W and kW, J and kJ, s). Increased challenge by progressing from substitution equations to

Calculate Kinetic Energy, Mass, and Velocity with this set of 56 questions (14 on each section with increasing difficulty) that enhance understanding and application of the KE = ½ m x v² equation. Pure practice for students who just need to repeat the process of using equations after your have taught them the process. Can be used as a review of prior learning or to test new knowledge, this question set covers a wide range of scenarios using metric SI units (J and kJ, kg, m/s). Increased challeng

Support students to improve their ability to calculate resultant forces with 15 questions in various scenarios. Students need to apply their literacy skills and apply them to a mathematical problem to calculate the resultant force. Perfect for students to practice their understanding of new concepts, or for a review of prior learning with older students, this question set covers the basics of resultant forces in a single plane.