1年生

光の直進・反射

[nlink url=”https://hario-science.com/the-nature-of-light/”]

光の屈折

[nlink url=”https://hario-science.com/light-refraction/”]

凸レンズ

[nlink url=”https://hario-science.com/convex-lens/”]

[nlink url=”https://hario-science.com/sound-speed/”]

モノコード・オシロスコープ

[nlink url=”https://hario-science.com/monocode-oscilloscope/”]

重さと質量の違い

[nlink url=”https://hario-science.com/weight-mass/”]

水圧

圧力の計算

[nlink url=”https://hario-science.com/pressure-calculation/”]

力のはたらき・いろいろな力

力の表し方

フックの法則

質量と重さの違い

力のつりあい

[nlink url=”https://hario-science.com/balance-of-power/”]

身近な生物の観察

[nlink url=”https://hario-science.com/distribution-of-plants/”]

スケッチの仕方

[nlink url=”https://hario-science.com/how-to-sketch/”]

顕微鏡の使い方

[nlink url=”https://hario-science.com/microscope/”]

花のつくり(合弁花・離弁花)

[nlink url=”https://hario-science.com/joint-petal-flower-separated-petal-flower/”]

種子植物

[nlink url=”https://hario-science.com/changes-after-pollination/”]

花粉の運び方(風媒花・虫媒花・鳥媒花)

[nlink url=”https://hario-science.com/media-flowers-and-insect-borne-flowers/”]

葉・根のつくり

裸子植物・マツの観察

[nlink url=”https://hario-science.com/gymnosperm/”]

種子をつくらない植物(シダ・コケ)

植物の分類

脊椎動物

[nlink url=”https://hario-science.com/vertebrate/”]

無脊椎動物

[nlink url=”https://hario-science.com/invertebrate/”]

動物の分類

生物の進化

[nlink url=”https://hario-science.com/evolution/”]

ガスバーナーの使い方

有機物・無機物

金属の性質

密度の計算

上方置換・下方置換・水上置換法

[nlink url=”https://hario-science.com/how-to-collect-gas/”]

いろいろな気体の性質

[nlink url=”https://hario-science.com/gas-nature/”]

状態変化

[nlink url=”https://hario-science.com/state-change/”]

蒸発・沸騰

[nlink url=”https://hario-science.com/boiling/”]

アンモニアの噴水

[nlink url=”https://hario-science.com/ammonia/”]

固体・液体・気体の違い

[nlink url=”https://hario-science.com/state-change/”]

パルミチン酸の温度変化

[nlink url=”https://hario-science.com/palmitic-acid/”]

赤ワインの蒸留

[nlink url=”https://hario-science.com/distillation/”]

水溶液って何?溶解と拡散

[nlink url=”https://hario-science.com/aqueous-solution/”]

火山噴出物の観察

[nlink url=”https://hario-science.com/volcanic-ejecta/”]

マグマのねばりけと火山の形

[nlink url=”https://hario-science.com/volcano-color/”]

火山灰と鉱物の観察

[nlink url=”https://hario-science.com/volcanic-ash/”]

火成岩・火山岩・深成岩

[nlink url=”https://hario-science.com/igneous-rock/”]

地震による被害

[nlink url=”https://hario-science.com/earthquake/”]

震度・マグニチュード

[nlink url=”https://hario-science.com/magnitude/”]

地震計の仕組み

[nlink url=”https://hario-science.com/seismograph-record/”]

初期微動・主要動

[nlink url=”https://hario-science.com/seismograph/”]

風化・侵食

ボーリング・柱状図

[nlink url=”https://hario-science.com/stratum/”]

堆積岩の特徴

示相化石・示準化石

[nlink url=”https://hario-science.com/fossil/”]

プレートの動き

[nlink url=”https://hario-science.com/plate-tectonics/”]

年生

電気とは

[nlink url=”https://hario-science.com/electric/”]

電流

[nlink url=”https://hario-science.com/current/”]

電圧

[nlink url=”https://hario-science.com/voltage/”]

電流計・電圧計の使い方

[nlink url=”https://hario-science.com/ammeter-voltmeter/”]

電池の役割

[nlink url=”https://hario-science.com/the-role-of-batteries/”]

電流と電圧の関係【直列・並列】

[nlink url=”https://hario-science.com/relationship-between-voltage-and-current/”]

オームの法則

[nlink url=”https://hario-science.com/ohm-shortage/”]

合成抵抗(オームの法則発展)

[nlink url=”https://hario-science.com/synthetic-resistance/”]

合成抵抗の計算問題

[nlink url=”https://hario-science.com/synthetic-resistance-calculation/”]

電気エネルギー・熱量

[nlink url=”https://hario-science.com/heat/”]

電力量

[nlink url=”https://hario-science.com/electric-energy/”]

磁界・磁力線

[nlink url=”https://hario-science.com/magnetic-field/”]

右ねじの法則

[nlink url=”https://hario-science.com/the-law-of-right-screws/”]

フレミングの法則

[nlink url=”https://hario-science.com/flemings-law/”]

電磁誘導・誘導電流

[nlink url=”https://hario-science.com/electromagnetic-induction/”]

直流・交流

[nlink url=”https://hario-science.com/dc-current-ac-current/”]

静電気

[nlink url=”https://hario-science.com/static-electricity/”]

クルックス管

[nlink url=”https://hario-science.com/crookes-tube/”]

動物と植物の細胞のつくり

[nlink url=”https://hario-science.com/cell/”]

組織・器官

[nlink url=”https://hario-science.com/tissue-and-organs/”]

呼吸・肺のはたらき

[nlink url=”https://hario-science.com/lung/”]

血液の成分・動脈・静脈

[nlink url=”https://hario-science.com/blood/”]

心臓のはたらき

[nlink url=”https://hario-science.com/heart-structure/”]

吸収・消化管・消化液

[nlink url=”https://hario-science.com/digestion/”]

消化酵素のはたらき

[nlink url=”https://hario-science.com/saliva-amylase/”]

肝臓のはたらきと排出

[nlink url=”https://hario-science.com/discharge/”]

体をめぐる養分

[nlink url=”https://hario-science.com/living-mechanism/”]

運動器官・感覚器官

[nlink url=”https://hario-science.com/motor-organs-sensory-organs/”]

神経系・反射

[nlink url=”https://hario-science.com/reflection/”]

酸化銀の熱分解

[nlink url=”https://hario-science.com/silver-oxide/”]

炭酸水素ナトリウムの加熱

[nlink url=”https://hario-science.com/sodium-hydrogen-carbonate/”]

水の電気分解

[nlink url=”https://hario-science.com/water-electrolysis/”]

周期表

[nlink url=”https://hario-science.com/how-to-remember-periodic-table/”]

化学式の書き方と例

[nlink url=”https://hario-science.com/how-to-write-a-chemical-formula/”]

分子をつくる物質・つくらない物質

[nlink url=”https://hario-science.com/substances-that-make-or-do-not-make-molecules/”]

原子のルール&性質

[nlink url=”https://hario-science.com/atomic-rules/”]

単体と化合物

鉄と硫黄の化合

[nlink url=”https://hario-science.com/iron-sulfide/”]

化学反応式の作り方

[nlink url=”https://hario-science.com/how-to-make-a-chemical-reaction-formula/”]

金属の酸化

還元

質量保存の法則

マグネシウムの燃焼

[nlink url=”https://hario-science.com/magnesium-burning/”]

金属酸化物の質量変化

カイロの発熱反応

吸熱反応

[nlink url=”https://hario-science.com/endothermic-reaction/”]

天気記号

[nlink url=”https://hario-science.com/weather-symbol/”]

乾湿計の使い方

[nlink url=”https://hario-science.com/dry-and-humid/”]

気象の変化と気象観測

[nlink url=”https://hario-science.com/weather-measurement/”]

湿度・飽和水蒸気量

[nlink url=”https://hario-science.com/saturated-water-vapor/”]

露点

[nlink url=”https://hario-science.com/dew-point/”]

飽和水蒸気量の計算

[nlink url=”https://hario-science.com/saturated-water-vapor-amount/”]

等圧線・高気圧・低気圧

[nlink url=”https://hario-science.com/low-pressure-high-pressure/”]

寒冷前線・温暖前線

[nlink url=”https://hario-science.com/front-line/”]

雲ができる理由

[nlink url=”https://hario-science.com/how-to-make-clouds/”]

雲の種類と高さ

[nlink url=”https://hario-science.com/cloud/”]

日本の4つの気団

[nlink url=”https://hario-science.com/four-air-groups/”]

海陸風

[nlink url=”https://hario-science.com/wind/”]

年生

大気圧

[nlink url=”https://hario-science.com/atmospheric-pressure/”]

力の合成

[nlink url=”https://hario-science.com/force-synthesis/”]

力の分解

[nlink url=”https://hario-science.com/power-decomposition/”]

ストロボスコープ・記録タイマー

[nlink url=”https://hario-science.com/recording-timer/”]

平均の速さ・瞬間の速さ

[nlink url=”https://hario-science.com/average-speed/”]

自由落下運動

[nlink url=”https://hario-science.com/free-fall-movement/”]

等速直線運動

[nlink url=”https://hario-science.com/uniform-linear-motion/”]

慣性の法則

[nlink url=”https://hario-science.com/law-of-inertia/”]

作用・反作用

[nlink url=”https://hario-science.com/action-reaction/”]

仕事・仕事率

[nlink url=”https://hario-science.com/work-rate/”]

滑車の仕組みと仕事の原理

[nlink url=”https://hario-science.com/principle-of-work/”]

位置エネルギー・運動エネルギー

[nlink url=”https://hario-science.com/potential-energy/”]

力学的エネルギーの保存

[nlink url=”https://hario-science.com/dynamic-energy/”]

いろいろなエネルギー

[nlink url=”https://hario-science.com/energy-conversion/”]

体細胞分裂

[nlink url=”https://hario-science.com/somatic-cell-division/”]

無性生殖

有性生殖・減数分裂

[nlink url=”https://hario-science.com/sexual-reproduction/”]

メンデルの遺伝の法則

[nlink url=”https://hario-science.com/laws-of-heredity/”]

DNA・遺伝子技術

[nlink url=”https://hario-science.com/dna/”]

生産者・消費者・食物連鎖

生態ピラミッド

[nlink url=”https://hario-science.com/ecological-pyramid/”]

分解者

[nlink url=”https://hario-science.com/microorganism/”]

物質の循環

[nlink url=”https://hario-science.com/material-circulation/”]

電解質・非電解質

[nlink url=”https://hario-science.com/electrolytes/”]

塩酸の電気分解

[nlink url=”https://hario-science.com/electrolysis/”]

塩化銅水溶液の電気分解

電離・イオンの性質

[nlink url=”https://hario-science.com/properties-of-ions/”]

イオンの構造

[nlink url=”https://hario-science.com/ionization/”]

酸・アルカリ・pH

ボルタ電池

中和と塩(実験)

[nlink url=”https://hario-science.com/neutralize-titration/”]

中和滴定(イオンのグラフ)

[nlink url=”https://hario-science.com/neutralization-titration-number-of-ions/”]

透明半球

[nlink url=”https://hario-science.com/transparent-hemisphere/”]

自転と太陽の動き【日周運動】

[nlink url=”https://hario-science.com/south-central-height/”]

公転と星の動き【日周運動】

[nlink url=”https://hario-science.com/star-movement/”]

季節の星座

[nlink url=”https://hario-science.com/ecliptic/”]

地軸の傾き・季節の変化

[nlink url=”https://hario-science.com/slope-of-the-axis/”]

月の形と位置

[nlink url=”https://hario-science.com/the-moons-lack-of-time/”]

金星の動き・惑星

[nlink url=”https://hario-science.com/venus/”]

太陽のすがた

[nlink url=”https://hario-science.com/sunspot/”]

惑星の特徴と流れ星

[nlink url=”https://hario-science.com/planetary-features/”]

恒星の明るさと広がる銀河

[nlink url=”https://hario-science.com/stellar-brightness/”]

クロスワードパズル

中学生に読んでほしい”漫画”3選!

[nlink url=”https://hario-science.com/science-learning-comics/”]

塾や家庭教師って必要なの?自分に合った勉強法を探そう!

[nlink url=”https://hario-science.com/cram-school-and-tutoring/”]

わくわくと言いつつ準備中!頑張ります、、、