Getting confuse of what to learn for the SAT?
this is the answer that you are waiting for.
In this post I would like to share some of the indicators that will be used as reference to create SAT problems. The indicators are taken from tenth grade material.
How to use these indicators?
You have to read the operational word of the indicators carefully, for example : if the indicator said that you have to analyze the graph, you have to learn the graph instead of learning the formula.
These are the indicators:
- Able to use appropriate measurement tools for length, mass, times, temperature, electric current and angle
- Find formula of certain physics quantities by using dimensional analysis
- Add vectors analytically
- 4. Determine the result of cross product and dot product between two vectors
- Analyze physics quantities in motion with constant acceleration
- Analyze graphic of motion in straight line with constant acceleration
- Identify the frequency, angular frequency and angular movement that are exist in uniform circular motion
- Identify the application of Newton’s Second Law (Law of Inertia) in students’ daily life
- Apply Newton’s Law in circular motion
- Apply Newton’s Law in the motion on rough or frictionless plane/incline surface
- Determine the power of lenses that needed by someone who is myopia or hypermetropia
- Calculating the magnification of magnifying glass, microscope and telescope
- Analyze the influence of heat upon the temperature of a matter
- Calculate temperature of thermal equilibrium that reached when two liquids with different temperature are mixed by using Black principle
- Analyze heat transfer through convection
- apply the concept of power to calculate electric current in simple electronic circuit
- Formulate electric current in term of potential difference and resistance in simple closed circuit
- Determined equal resistance to parallel and series circuit of resistances
- Analyze the power that is used by a light bulb if it is given a certain voltage
- Arrange electromagnetic spectrum based on frequency and wavelength