b-) what kind of movement has on the stretch t2 t4. (c) what kind of movement has on the stretch t4 t5. d-) what kind of movement has on the stretch t6 t8. 2 Mention Newton’s laws. 3. How we calculate the speed of a body of mass 3 kg, is known that it interacts with another body of mass 1.5 kg that comes with constant speed of 3 m/s. 4 – represents the motion of a body that oscillates in a graph of X with respect to t 5 – enter the equation for calculating the electrical resistance in a circuit. Pedagogic test applied to students of 12th grade from ESPA Julio Diaz Gonzalez of the municipality of Artemis and students of 3rd year of the IPI Abel Santamaria square of the municipality of Bauta.

A recitation of Newton’s laws. As we calculate the speed of a body of mass 6 kg, is known that it interacts with another body of mass 3 kg which comes with constant speed of 8 m/s. What law of physics applies in this case. Represents the motion of a body that oscillates in a graph of X with respect to T, and then type the equation describing the motion. What is electrical power.

There are many types of electrical current transformers. What is the operating principle. Diagnostic test applied to students of 2nd year of the school of computer science in the Regional Faculty of the martyrs of Artemis. The table contains values for distance and time. Construct the graph X (t). T (s) X (m) 0 0 1 4 2 8 3 6 4 2 5 2 6 6 7 10.8 8 18.4 a-) what kind of movement has on the stretch t0 t2. b-) what kind of movement has on the stretch t2 t4. (c) what kind of movement has on the stretch t4 t5.