$College, Community, and Energy: Demonstrate how to add and subtract vectors algebraically by combining their scalar components Describe applications to existing technologies of the principles and concepts presented in this course. Describe the reflection, refraction, interference, and diffraction of light and the properties of electromagnetic waves. Perform calculations that describe the operation of simple machines. Perform calculations that describe the physical behavior of gases, liquids, and solids. Perform calculations using Newton's three laws of motion and Newton's universal law of gravitation Perform calculations using the concepts of heat and temperature. Perform calculations using the concepts of mechanical work, kinetic and potential energy, power, and the conservation of mechanical energy Perform calculations using the equations of alternating current circuits that involve the quantities of electric current, electric resistance, capacitive and inductive reacta nce, and impedance. Perform calculations using the equations of direct current circuits that involve the quantities of electromotive force, electric current, voltage, electric resistance, and electric energy and power. Perform calculations using the equations of electrostatics that involve the quantities of electric charge, electric force, electric field, and electric potential difference. Perform calculations using the equations of magnetism that involve the quantities of magnetic field and electric current Perform calculations using the equations of motion that describe the constant- acceleration one-dimensional and two-dimensional motions of a particle. Perform calculations using the equations that describe the behavior of atomic nuclei Perform calculations using the equations that describe the quantum behavior of matter and energy. Perform calculations using the equations that describe the reflection and refraction of light Perform calculations using the impulse-momentum theorem and the law of conservation of linear momentum Perform the kinematics, dynamics, energy, and momentum calculations associated with the rotation of a rigid body about a fixed axis. Perform unit conversions . I am thinking of dual enrolling a physics class at my local community college next semester, but I already have a pretty difficult course load. How difficult do you think this list of physics topics are?$

Demonstrate how to add and subtract vectors algebraically by combining their scalar components Describe applications to existing technologies of the principles and concepts presented in this course Describe the reflection refraction interference and diffraction of light and the properties of electromagnetic waves Perform calculations that describe the operation of simple machines Perform calculations that describe the physical behavior of gases liquids and solids Perform calculations using Newton's three laws of motion and Newton's universal law of gravitation Perform calculations using the concepts of heat and temperature Perform calculations using the concepts of mechanical work kinetic and potential energy power and the conservation of mechanical energy Perform calculations using the equations of alternating current circuits that involve the quantities of electric current electric resistance capacitive and inductive reacta nce and impedance Perform calculations using the equations of direct current circuits that involve the quantities of electromotive force electric current voltage electric resistance and electric energy and power Perform calculations using the equations of electrostatics that involve the quantities of electric charge electric force electric field and electric potential difference Perform calculations using the equations of magnetism that involve the quantities of magnetic field and electric current Perform calculations using the equations of motion that describe the constant- acceleration one-dimensional and two-dimensional motions of a particle Perform calculations using the equations that describe the behavior of atomic nuclei Perform calculations using the equations that describe the quantum behavior of matter and energy Perform calculations using the equations that describe the reflection and refraction of light Perform calculations using the impulse-momentum theorem and the law of conservation of linear momentum Perform the kinematics dynamics energy and momentum calculations associated with the rotation of a rigid body about a fixed axis Perform unit conversions I am thinking of dual enrolling a physics class at my local community college next semester but I already have a pretty difficult course load How difficult do you think this list of physics topics are? Meme

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