MES Science14 subscribersActivity Log • 0 activeMoved to Hive: https://peakd.com/c/hive-128780/SubscribePostMES ScienceCommunityAll postsTrending CommunitiesSteemitCryptoAcademyNewcomers' Communityআমার বাংলা ব্লগKorea • 한국 • KR • KOAVLE 일상STEEM CN/中文WORLD OF XPILARSteem POD TeamScouts y sus AmigosUkraine on SteemSteem AllianceComunidad LatinaExplore Communities...MES ScienceTrendingNewPayoutsMutedmes (67)adminMath Easy Solutions4 years agoPinnedInfinite Sequences and Series: Formulas for the Remainder Term in Taylor SeriesView this post on Hive: Infinite Sequences and Series: Formulas for the Remainder Term in Taylor Seriesmaciejficek (55)4 years ago5 regular polyhedrons to run them all - Mysterium CosmographicumIf something in science has Latin name, it is probably worth to know. Previously I posted about Theorema Egregium -…maciejficek (55)4 years agoBattle of opinions in mathematical methodologyThat semester, I'm attending "Complex Analysis" course. Unfortunately, because of fear of coronavirus, classes are…mes (67)adminMath Easy Solutions4 years agoLaws of Exponents: e^(x+y) = e^x·e^yView this post on Hive: Laws of Exponents: e^(x+y) = e^x·e^ymes (67)adminMath Easy Solutions4 years agoLaws of Exponents: e^(x-y) = e^x/e^yView this post on Hive: Laws of Exponents: e^(x-y) = e^x/e^ymes (67)adminMath Easy Solutions4 years agoDerivative of e^x using the Inverse Function MethodView this post on Hive: Derivative of e^x using the Inverse Function Methodmes (67)adminMath Easy Solutions4 years ago🔬#MESExperiments 26: Increasing Spin Friction Can Make a Gyroscope Rise from a Very Steep 72° AngleView this post on Hive: 🔬#MESExperiments 26: Increasing Spin Friction Can Make a Gyroscope Rise from a Very Steep 72° Anglemes (67)adminMath Easy Solutions4 years agoLaws of Exponents: (e^x)^r = e^(rx)View this post on Hive: Laws of Exponents: (e^x)^r = e^(rx)mes (67)adminMath Easy Solutions4 years agoGeneral Exponential FunctionsView this post on Hive: General Exponential Functionsmes (67)adminMath Easy Solutions4 years agoLaws of Exponents: a^(x+y) = (a^x)(a^y)View this post on Hive: Laws of Exponents: a^(x+y) = (a^x)(a^y)mes (67)adminMath Easy Solutions4 years agoLaw of Exponents a^(x-y) = (a^x)/(a^y)View this post on Hive: Law of Exponents a^(x-y) = (a^x)/(a^y)maciejficek (55)4 years agoTheorema egregium - trace of advanced mathematics in real life.If you have an apple and I have an apple and we exchange these apples then you and I will still each have one apple.…mes (67)adminMath Easy Solutions4 years agoLaw of Exponents: (a^x)^y = a^(xy)View this post on Hive: Law of Exponents: (a^x)^y = a^(xy)mes (67)adminMath Easy Solutions4 years ago🔬#MESExperiments 25: Increasing Spin Friction Can Make Gyroscopes Rise Much FasterView this post on Hive: 🔬#MESExperiments 25: Increasing Spin Friction Can Make Gyroscopes Rise Much Fastermes (67)adminMath Easy Solutions4 years agoLaw of Exponents: (a*b)^x = (a^x)(b^x)View this post on Hive: Law of Exponents: (a*b)^x = (a^x)(b^x)mes (67)adminMath Easy Solutions4 years agoWhat is a Fair Wager?View this post on Hive: What is a Fair Wager?mes (67)adminMath Easy Solutions4 years agoThree Prisoners ProblemView this post on Hive: Three Prisoners Problemmes (67)adminMath Easy Solutions4 years agoAmazing TED Talk About Using Resonant Acoustic and Electromagnetic Frequencies to Shatter Cancer CellsView this post on Hive: Amazing TED Talk About Using Resonant Acoustic and Electromagnetic Frequencies to Shatter Cancer Cellsmes (67)adminMath Easy Solutions4 years agoDerivative of a^xView this post on Hive: Derivative of a^xmes (67)adminMath Easy Solutions4 years agoHow Casinos Make MoneyView this post on Hive: How Casinos Make Moneymes (67)adminMath Easy Solutions4 years agoDerivative of General Logarithmic FunctionView this post on Hive: Derivative of General Logarithmic Function
