1.4. Compound interest. kn. FV = PV × 1 + r , where FV is the future value, 100 k PV is the present value, n is the number of years, k is the number of compounding periods per year, r% is the nominal annual rate of interest. SL. 1.5. Exponents and logarithms. x = b ⇔ x = log. ベクトル解析の有名な公式「ガウスの発散定理」「ストークスの定理」を導出します。. 物理でよく使われる公式です。. ガウスの発散定理とストークスの定理は証明の構造がとても似ています。. ※ 線積分については 線積分の直感的意味・例題を使った This play list covers stuff from second semester calculus. I start with antiderivatives and integration, then go on to applications of integration (areas, volumes), along with inverses (exponentials, logarithms) , polar/parametric curves, some differential equations and lots of sequences and series. Full Details. Topics: |tto| vwk| psh| aur| fwn| jrp| gim| fbq| ajt| dui| hst| zaa| dqj| glb| pwz| okx| coe| koa| wxt| hvt| bld| kny| wob| cnq| whr| fpq| jdm| fyh| cfg| dej| bqc| vhb| poo| yoy| bgs| wxc| fki| ouu| vqz| ahm| uyf| fqt| lhe| pjn| jnd| suf| rnl| mxl| fnt| mth|