Set pulleys, springs and deformations

Código: EQ008G

1072.008B_000
1032.056B_3B_000
1032.056B_000
1032.053C_3B_000
1032.053B_3B_000
1032.052F_000
1032.052B_3B_000
1032.052B_000
1032.022B_000
1032.012B_000
0001.046A_000
1032.026J_0.jpg
1032.039A_000
1032.015A_000
EQ008G_P01.jpg
EQ008G_001
1072.008B_001
1032.056B_001
1032.056B_3B_001
1032.053C_3B_001
1032.053B_3B_001
1032.052F_001
1032.052B_001
1032.052B_3B_001
1032.026J_0_001
1032.022B_001
1032.012B_001
0001.046A_001
1032.039A_001
1032.015A_001

Função

Intended for experimental study, physics laboratory work, and conducting physics experiments on: Matter and energy. A simple machine called a fixed pulley. A simple machine called a movable pulley. The force applied to a spring and the resulting elongation. Constructing a table and graph. Dynamics. Dynamic determination of the K of a helical spring, mass-spring oscillator. The period, frequency, and amplitude of a mass-spring oscillator's motion. The operation of a dynamometer, the calibration of a rubber ring and a helical spring. Difference between applied force and restoring force. Measuring weights of masses. The P versus m graph. The helical spring and Hooke's Law. The table and graph. The mathematical ratio between the applied force and the elongation. The slope of the graph and its physical interpretation. Constructing the table and graph in a spreadsheet. The function governing the intensity of the spring's elastic force in relation to the spring's elongation. Association of helical springs in series. Determination of the spring constant of helical springs in series. Association of helical springs in parallel. Determination of the spring constant of helical springs in parallel. Conservation of Energy. Work and energy in a mass-spring system. Energy exchanges that occur in an oscillating mass-spring system. Work done by a force acting on a body that causes a displacement of that body. Elastic potential energy and work done by the spring. The principle of conservation of energy and kinetic energy. Work and energy in an oscillating mass-spring system, conservation of mechanical energy. Energy exchanges that occur in an oscillating mass-spring system. Work done by the elastic force. Elastic potential energy. Work done and energy in transit. Energy cannot be generated or destroyed. Kinetic energy. Conservation of mechanical energy. Wave motion. The simple pendulum. The period of oscillation of a simple pendulum. What happens to the period when the length of the pendulum is changed. Simple harmonic motion (SHM) in a system of oscillating helical mass and spring, etc.


Adicionar ao projeto

Cidepe STHEAM

Learn more about STHEAM education applied to this product by accessing the training path below:


3.4 MÁQUINAS SIMPLES E O PODER DAS ROLDANAS. "Desvendando os segredos das roldanas como máquinas simples e revelando sua importância em diversas áreas da sociedade."


Principais experimentos (exemplo visual)

  • A simple machine called a fixed pulley 0001.046A
  • A simple machine called a movable pulley. 1032.026J_0
  • The force applied to a spring and the resulting elongation. 1032.052F
  • Dynamic determination of the K of a helical spring, mass-spring oscillator. 1032.012B
  • The operation of a dynamometer, the calibration of a rubber ring and a helical spring. 1032.022B
  • Measuring weights of different masses. 1032.039A
  • The helical spring and Hooke's law. 1032.052B
  • The helical spring and Hooke's law. 1032.052B_3B
  • Association of helical springs in series. 1032.053B_3B
  • Parallel helical spring system. 1032.053C_3B
  • Work and energy in a mass-helical spring system. 1032.056B
  • Work and energy in a system of mass and an oscillating helical spring, conservation of mechanical energy. 1032.056B_3B
  • The simple pendulum. 1032.015A
  • Simple harmonic motion (SHM) in a mass-spring oscillating system. 1072.008B

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