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• Exponents exponent rules! ↳zevo rule a° = 1 4 4 product rule → aman = am quotient rule aman = am-n to power of a product → (ab) =a.b t M m 4 ↳ = • Power of a quotient → (a/b)" Power of a power → (amj^ negative exponent ↳ a-m=1=am fractional exponent. • a (m÷n) = (²√7)m exponential functions the base is a constant the exponent is a variable. ↳Y=ab² -> -base b where Examples~ Examples ~ MAN SExp. Growth) y= 3/2)* y = 1/2 (4)* y=(1-3)) m m y = 2* y = (1/2)*_y=(3) "* y = 3(4) ² exponential growth vs. exponential decay ↳ifa is positive, y = ab* can be classified as exponential growth or exponential decay. ↳ when a is positive ->> m=b' m.n m a #0₁b=0, and b #1 ↳o if a is negative, then it's neither exponential growth. nor exponential demay الاحمد Exp. Decay y=(0.5) ² y=2(%) y=(4) ** b-1, exponential growth 40<b<1, exponential decay. Neither y=-2(3) y = - (0.33 ⁰ y=-5 (3)-x
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Notes on exponential functions and different rules
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• Exponents exponent rules! ↳zevo rule a° = 1 4 4 product rule → aman = am quotient rule aman = am-n to power of a product → (ab) =a.b t M m 4 ↳ = • Power of a quotient → (a/b)" Power of a power → (amj^ negative exponent ↳ a-m=1=am fractional exponent. • a (m÷n) = (²√7)m exponential functions the base is a constant the exponent is a variable. ↳Y=ab² -> -base b where Examples~ Examples ~ MAN SExp. Growth) y= 3/2)* y = 1/2 (4)* y=(1-3)) m m y = 2* y = (1/2)*_y=(3) "* y = 3(4) ² exponential growth vs. exponential decay ↳ifa is positive, y = ab* can be classified as exponential growth or exponential decay. ↳ when a is positive ->> m=b' m.n m a #0₁b=0, and b #1 ↳o if a is negative, then it's neither exponential growth. nor exponential demay الاحمد Exp. Decay y=(0.5) ² y=2(%) y=(4) ** b-1, exponential growth 40<b<1, exponential decay. Neither y=-2(3) y = - (0.33 ⁰ y=-5 (3)-x
• Exponents exponent rules! ↳zevo rule a° = 1 4 4 product rule → aman = am quotient rule aman = am-n to power of a product → (ab) =a.b t M m 4 ↳ = • Power of a quotient → (a/b)" Power of a power → (amj^ negative exponent ↳ a-m=1=am fractional exponent. • a (m÷n) = (²√7)m exponential functions the base is a constant the exponent is a variable. ↳Y=ab² -> -base b where Examples~ Examples ~ MAN SExp. Growth) y= 3/2)* y = 1/2 (4)* y=(1-3)) m m y = 2* y = (1/2)*_y=(3) "* y = 3(4) ² exponential growth vs. exponential decay ↳ifa is positive, y = ab* can be classified as exponential growth or exponential decay. ↳ when a is positive ->> m=b' m.n m a #0₁b=0, and b #1 ↳o if a is negative, then it's neither exponential growth. nor exponential demay الاحمد Exp. Decay y=(0.5) ² y=2(%) y=(4) ** b-1, exponential growth 40<b<1, exponential decay. Neither y=-2(3) y = - (0.33 ⁰ y=-5 (3)-x
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Knowunity is the # 1 ranked education app in five European countries
Knowunity was a featured story by Apple and has consistently topped the app store charts within the education category in Germany, Italy, Poland, Switzerland and United Kingdom. Join Knowunity today and help millions of students around the world.
Still not sure? Look at what your fellow peers are saying...
iOS User
I love this app so much [...] I recommend Knowunity to everyone!!! I went from a C to an A with it :D
Stefan S, iOS User
The application is very simple and well designed. So far I have found what I was looking for :D
SuSSan, iOS User