ip: 210.144.16.80
summary: 
lastmajor: 36
keep-ts: 1417751505
host: 210.144.16.80
blocks: <p>I may be helping a high school student study Physics for her college entrance exam. I don't think the Physics will present any problem that can't be solved with a look at a textbook. The hard part will be explaining it in Japanese.</p><p>I'll start preparing myself with a vocabulary list.</p><h2>Vocabulary</h2><h3>1. 運動とエネルギー Motion and Energy</h3><h4>1. 物体の運動 Motion of an Object / 2. 力 Force / 3. 運動の法則 Laws of Motion</h4><table class="user"><tr><td>引力</td><td>いんりょく</td><td>gravitation</td><td>&nbsp;</td><td>鉛直</td><td>えんちょく</td><td>vertical</td><td>&nbsp;</td><td>加速度</td><td>かそくど</td><td>acceleration</td></tr><tr><td>滑車</td><td>かっしゃ</td><td>pulley</td><td>&nbsp;</td><td>傾斜角</td><td>けいしゃかく</td><td>angle of inclination</td><td>&nbsp;</td><td>係数</td><td>けいすう</td><td>coefficient</td></tr><tr><td>抗力</td><td>こうりょく</td><td>drag</td><td>&nbsp;</td><td>質量</td><td>し�
��りょう</td><td>mass</td><td>&nbsp;</td><td>斜面</td><td>しゃめん</td><td>slope</td></tr><tr><td>重力</td><td>じゅうりょく</td><td>weight</td><td>&nbsp;</td><td>上端</td><td>じょうたん</td><td>upper end</td><td>&nbsp;</td><td>垂直</td><td>すいちょく</td><td>perpendicular</td></tr><tr><td>水平</td><td>すいへい</td><td>horizontal</td><td>&nbsp;</td><td>静止</td><td>せいし</td><td>static</td><td>&nbsp;</td><td>精度</td><td>せいど</td><td>precision</td></tr><tr><td>速度</td><td>そくど</td><td>velocity</td><td>&nbsp;</td><td>弾性</td><td>だんせい</td><td>elasticity</td><td>&nbsp;</td><td>力</td><td>ちから</td><td>force</td></tr><tr><td>張力</td><td>ちょうりょく</td><td>tension</td><td>&nbsp;</td><td>抵抗</td><td>ていこう</td><td>resistance</td><td>&nbsp;</td><td>等加速度</td><td>とうかそくど</td><td>constant acceleration</td></tr><tr><td>速さ</td><td>はやさ</td><td>speed</td><td>&nbsp;</td><td>浮力</td><td>ふりょく</
td><td>buoyancy</td><td>&nbsp;</td><td>摩擦</td><td>まさつ</td><td>friction</td></tr><tr><td>密度</td><td>みつど</td><td>density</td><td>&nbsp;</td><td>-</td><td>-</td><td>-</td><td>&nbsp;</td><td>-</td><td>-</td><td>-</td></tr></table><h4>4. 仕事と力学的エネルギー Work and Mechanical Energy / 5. 熱とエネルギー Heat and Energy</h4><table class="user"><tr><td>圧力</td><td>あつりょく</td><td>pressure</td><td>&nbsp;</td><td>位置エネルギー</td><td>いち</td><td>potential energy</td><td>&nbsp;</td><td>運動エネルギー</td><td>うんどう</td><td>kinetic energy</td><td>&nbsp;</td></tr><tr><td>温度</td><td>おんど</td><td>temperature</td><td>&nbsp;</td><td>気体</td><td>きたい</td><td>gas</td><td>&nbsp;</td><td>仕事率</td><td>しごとりつ</td><td>power</td><td>&nbsp;</td></tr><tr><td>体積</td><td>たいせき</td><td>volume</td><td>&nbsp;</td><td>熱</td><td>ねつ</td><td>heat</td><td>&nbsp;</td><td>熱機関</td><td>ねつきかん</td><td>heat engi
ne</td><td>&nbsp;</td></tr><tr><td>熱容量</td><td>ねつようりょう</td><td>heat capacity</td><td>&nbsp;</td><td>熱力学</td><td>ねつりきがく</td><td>thermodynamics</td><td>&nbsp;</td><td>熱量</td><td>ねつりょう</td><td>heat quantity</td><td>&nbsp;</td></tr><tr><td>比熱</td><td>ひねつ</td><td>specific heat</td><td>&nbsp;</td><td>膨張</td><td>ぼうちょう</td><td>expansion</td><td>&nbsp;</td><td>-</td><td>-</td><td>-</td><td>&nbsp;</td></tr><tr><td>-</td><td>-</td><td>-</td><td>&nbsp;</td></tr></table><h3>2. 波・電気・原子とエネルギー Waves, Electricity, Atoms and Energy</h3><h4>1. 波の表し方 Ways of Representing Waves / 2. 波の性質 Behavior of Waves / 3. 音波 Sound</h4><table class="user"><tr><td>波</td><td>なみ</td><td>wave</td><td>&nbsp;</td></tr><tr><td>波長</td><td>はちょう</td><td>wavelength</td><td>&nbsp;</td></tr><tr><td>振幅</td><td>しんぷく</td><td>amplitude</td><td>&nbsp;</td></tr><tr><td>周期</td><td>しゅうき</td><td>peri
od</td><td>&nbsp;</td></tr><tr><td>振動数</td><td>しんどうすう</td><td>frequency</td><td>&nbsp;</td></tr><tr><td>媒質</td><td>ばいしつ</td><td>medium</td><td>&nbsp;</td></tr><tr><td>振動</td><td>しんどう</td><td>vibration</td><td>&nbsp;</td></tr><tr><td>縦波</td><td>たてなみ</td><td>longitudinal wave</td><td>&nbsp;</td></tr><tr><td>横波</td><td>よこなみ</td><td>transverse wave</td><td>&nbsp;</td></tr></table><h2>Notes</h2><ul><li>Reference 1. appears to round all physical quantities to SignificantDigits, so may have to explain significant digits concept in addition to Physics.</li><li>Tension is a pulling force transmitted through a string. Both ends of a string exert a force of equal magnitude but possibly different direction on the attached objects.</li></ul><h2>Reference</h2><ol><li>文英堂編集部　編　（2013）　『高校これでわかる　基礎反復問題集　物理基礎』　文英堂</li></ol>
diff-minor: <p><strong>Changed:</strong></p>
	<div class="old"><p>&lt; ==== 1. 物体の運動 Motion of an Object<br />&lt; <strong class="changes">====</strong> 2. 力 Force<br />&lt; <strong class="changes">====</strong> 3. 運動の法則 Laws of Motion</p></div><p><strong>to</strong></p>
	<div class="new"><p>&gt; ==== 1. 物体の運動 Motion of an Object <strong class="changes">/</strong> 2. 力 Force <strong class="changes">/</strong> 3. 運動の法則 Laws of Motion</p></div><p><strong>Changed:</strong></p>
	<div class="old"><p>&lt; ==== 4. 仕事と力学的エネルギー Work and Mechanical Energy<br />&lt; <strong class="changes">====</strong> 5. 熱とエネルギー Heat and Energy</p></div><p><strong>to</strong></p>
	<div class="new"><p>&gt; ==== 4. 仕事と力学的エネルギー Work and Mechanical Energy <strong class="changes">/</strong> 5. 熱とエネルギー Heat and Energy</p></div><p><strong>Changed:</strong></p>
	<div class="old"><p>&lt; ==== 1. 波の表し方 Ways of Representing Waves<br />&lt; <strong class="changes">====</strong> 2. 波の性質 Behavior of Waves<br />&lt; <strong class="changes">====</strong> 3. 音波 Sound</p></div><p><strong>to</strong></p>
	<div class="new"><p>&gt; ==== 1. 波の表し方 Ways of Representing Waves <strong class="changes">/</strong> 2. 波の性質 Behavior of Waves <strong class="changes">/</strong> 3. 音波 Sound</p></div>
text: I may be helping a high school student study Physics for her college entrance exam. I don't think the Physics will present any problem that can't be solved with a look at a textbook. The hard part will be explaining it in Japanese.
	
	I'll start preparing myself with a vocabulary list.
	
	== Vocabulary
	
	=== 1. 運動とエネルギー Motion and Energy
	==== 1. 物体の運動 Motion of an Object / 2. 力 Force / 3. 運動の法則 Laws of Motion
	
	|引力|いんりょく|gravitation|&nbsp;|鉛直|えんちょく|vertical|&nbsp;|加速度|かそくど|acceleration|
	|滑車|かっしゃ|pulley|&nbsp;|傾斜角|けいしゃかく|angle of inclination|&nbsp;|係数|けいすう|coefficient|
	|抗力|こうりょく|drag|&nbsp;|質量|しつりょう|mass|&nbsp;|斜面|しゃめん|slope|
	|重力|じゅうりょく|weight|&nbsp;|上端|じょうたん|upper end|&nbsp;|垂直|すいちょく|perpendicular|
	|水平|すいへい|horizontal|&nbsp;|静止|せいし|static|&nbsp;|精度|せいど|precision|
	|速度|そくど|velocity|&nbsp;|弾性|だんせい|elasticity|&nbsp;|力|ちから|force|
	|張力|ちょうりょく|tension|&nbsp;|抵抗|ていこう|resistance|&nbsp;|等加速度|とうかそくど|constant acceleration|
	|速さ|はやさ|speed|&nbsp;|浮力|ふりょく|buoyancy|&nbsp;|摩擦|まさつ|friction|
	|密度|みつど|density|&nbsp;|-|-|-|&nbsp;|-|-|-|
	
	==== 4. 仕事と力学的エネルギー Work and Mechanical Energy / 5. 熱とエネルギー Heat and Energy
	
	|圧力|あつりょく|pressure|&nbsp;|位置エネルギー|いち|potential energy|&nbsp;|運動エネルギー|うんどう|kinetic energy|&nbsp;
	|温度|おんど|temperature|&nbsp;|気体|きたい|gas|&nbsp;|仕事率|しごとりつ|power|&nbsp;
	|体積|たいせき|volume|&nbsp;|熱|ねつ|heat|&nbsp;|熱機関|ねつきかん|heat engine|&nbsp;
	|熱容量|ねつようりょう|heat capacity|&nbsp;|熱力学|ねつりきがく|thermodynamics|&nbsp;|熱量|ねつりょう|heat quantity|&nbsp;
	|比熱|ひねつ|specific heat|&nbsp;|膨張|ぼうちょう|expansion|&nbsp;|-|-|-|&nbsp;
	|-|-|-|&nbsp;
	
	=== 2. 波・電気・原子とエネルギー Waves, Electricity, Atoms and Energy
	==== 1. 波の表し方 Ways of Representing Waves / 2. 波の性質 Behavior of Waves / 3. 音波 Sound
	
	|波|なみ|wave|&nbsp;
	|波長|はちょう|wavelength|&nbsp;
	|振幅|しんぷく|amplitude|&nbsp;
	|周期|しゅうき|period|&nbsp;
	|振動数|しんどうすう|frequency|&nbsp;
	|媒質|ばいしつ|medium|&nbsp;
	|振動|しんどう|vibration|&nbsp;
	|縦波|たてなみ|longitudinal wave|&nbsp;
	|横波|よこなみ|transverse wave|&nbsp;
	
	
	
	
	== Notes
	
	* Reference 1. appears to round all physical quantities to SignificantDigits, so may have to explain significant digits concept in addition to Physics.
	* Tension is a pulling force transmitted through a string. Both ends of a string exert a force of equal magnitude but possibly different direction on the attached objects.
	
	== Reference
	
	# 文英堂編集部　編　（2013）　『高校これでわかる　基礎反復問題集　物理基礎』　文英堂
	
minor: 
diff-major: 1
flags: 010
languages: 
username: 
revision: 36
ts: 1417751505