SAT2物理真題結(jié)構(gòu)分析.

　　SAT2物理考試是很多中國(guó)考生喜歡選擇的科目，下面為大家分析一下SAT2物理真題的結(jié)構(gòu)，便于大家在備考SAT2物理考試的時(shí)候，找到備考的重點(diǎn)，更加合理的分配自己的時(shí)間和精力。下面是詳細(xì)內(nèi)容，供大家參考和借鑒。

　　SAT2物理真題中，核心概念占考試的比重：

　　ETS breaks down the concepts you need to know for the test into six categories:

　　Topic ---------------------------------------------------------------Percentage of the Test

　　Mechanics----------------------------------------------------------34–38%

　　Electricity and Magnetism----------------------------------------22–26%

　　Waves----------------------------------------- ----------------------15–19%

　　Heat, Kinetic Theory, and Thermodynamics------------------- 8–12%

　　Modern Physics---------------------------------------------------- 8–12%

　　Miscellaneous------------------------------------------------------- 2–4%

　　SAT2物理真題中，各個(gè)知識(shí)點(diǎn)所占的百分比和題目的數(shù)量：

　　While these categories are helpful, they are also very broad. You may be a whiz with waves but a loser with lenses, and want to know how much of the waves portion of the test will be devoted to optics. To help you out, we’ve broken the test down even further so that you’ll know exactly where to expect to feel the squeeze. (These figures are only approximations, and may vary from test to test.)

　　Topic----------------------------------------------- % --------------------of the Test Number of Questions

　　Mechanics ----------------------------------------34–38% -------------------------25–29

　　Vectors ---------------------------------------------2% ------------------------------1–2

　　Kinematics -----------------------------------------6% ------------------------------4–5

　　Dynamics ------------------------------------------10% -----------------------------7–8

　　Work, Energy, and Power ----------------------6% -------------------------------4–5

　　Special Problems in Mechanics ---------------5% -------------------------------3–4

　　Linear Momentum -------------------------------2% -------------------------------1–2

　　Rotational Motion --------------------------------1% --------------------------------0–1

　　Circular Motion and Gravitation --------------4% ---------------------------------2–4

　　Thermal Physics ---------------------------------8–12% --------------------------6–10

　　Heat and Temperature --------------------------4% -------------------------------2–4

　　Kinetic Theory and Ideal Gas Laws -----------2–3% ---------------------------1–2

　　Laws of Thermodynamics ----------------------1% -------------------------------0–2

　　Heat Engines--------------------------------------2–3% ----------------------------1–2

　　Electricity & Magnetism -------------------------22–26% -------------------------16–20

　　Electric Fields, Forces, Potential --------------10% -----------------------------7–8

　　Magnetic Fields and Forces -------------------6%--------------------------------4–5

　　Electromagnetic Induction ----------------------1% --------------------------------1

　　Circuits and Circuit Elements ------------------6% --------------------------------4–5

　　Waves ---------------------------------------------15–19% -------------------------11–15

　　Waves --------------------------------------------- 10% ------------------------------7–8

　　Optics ---------------------------------------------- 7% ------------------------------5–6

　　Modern Physics -----------------------------------8–12% -------------------------6–9

　　Special Relativity ---------------------------------1–2% ---------------------------1–2

　　Atomic Models -------------------------------------3% ------------------------------2–3

　　Quantum Physics ---------------------------------2% -----------------------------1–2

　　Nuclear Physics -----------------------------------3% ------------------------------2–3

　　Miscellaneous -------------------------------------2–4% ---------------------------1–3

　　Graph Analysis ------------------------------------1–2% --------------------------0–2

　　Equation Manipulation ---------------------------0.5–1% ------------------------0–1

　　Significant Digits and Lab Skills ----------------0.5–1% ----------------------- 0–1

　　以上就是對(duì)SAT2物理真題的結(jié)構(gòu)進(jìn)行了詳細(xì)的分析，從中我們可以看到在SAT2物理考試中，最重點(diǎn)的知識(shí)點(diǎn)和所占據(jù)的題目數(shù)量。大家在備考這些部分的SAT2物理題目的時(shí)候，就可以更加的深入細(xì)致。

更多SAT2物理相關(guān)：

SAT2物理備考策略

兩道SAT2物理練習(xí)題

SAT2物理詞匯之和“電”相關(guān)