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Remember! Exponential functions are nade up of JULTIPLICATION Study Gvide atterns, not Addition! When the multiplier is MORE than 1 (b>1)→ GROWTH ex. 2 y = 2(2) * EXPONENTIAL = dependent ✓ FORMULA: independent v starting valve y = a b (n) Exponential GROWTH appreciation If something appreciates (6%) the multiplier is...... b= 1.06 6.1 y=mx+b ↑ Linear P3 FUNCTION L Simple when given 2 points on a Interest: raph, use System of sanviti Amarnath multiplier When the multiplier is MORE than O but LESS than 1 (0<b<1) decay ex.2-y=2(0.5) to substitute the 2 variables into one & SOLVE! Exponential DECAY 6 Deprecetion If something depreciates (67) the multiplier is. b=0.0 0.94 Compound Interest: y= ab ² Exponential
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Stefan S, iOS User
SuSSan, iOS User
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sunvtea
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This study note describes the exponential function formula as well as exponential growth and exponential decay. It also explains appreciation and depreciation of an exponential function, and simple interest and compound interest.
66 Followers
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These notes have concepts and information from topics from Algebra 1.
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Algebra 1 notes on analyzing graphs of exponential functions. Hopefully these can help you out if you're struggling.
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Exponential functions are one of the most important functions in mathematics. Exponential functions have many scientific applications, such as population growth and radioactive decay.
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Learn about the rules and examples of exponential growth and decay, including positive and negative exponents and fractional exponents.
Remember! Exponential functions are nade up of JULTIPLICATION Study Gvide atterns, not Addition! When the multiplier is MORE than 1 (b>1)→ GROWTH ex. 2 y = 2(2) * EXPONENTIAL = dependent ✓ FORMULA: independent v starting valve y = a b (n) Exponential GROWTH appreciation If something appreciates (6%) the multiplier is...... b= 1.06 6.1 y=mx+b ↑ Linear P3 FUNCTION L Simple when given 2 points on a Interest: raph, use System of sanviti Amarnath multiplier When the multiplier is MORE than O but LESS than 1 (0<b<1) decay ex.2-y=2(0.5) to substitute the 2 variables into one & SOLVE! Exponential DECAY 6 Deprecetion If something depreciates (67) the multiplier is. b=0.0 0.94 Compound Interest: y= ab ² Exponential
Remember! Exponential functions are nade up of JULTIPLICATION Study Gvide atterns, not Addition! When the multiplier is MORE than 1 (b>1)→ GROWTH ex. 2 y = 2(2) * EXPONENTIAL = dependent ✓ FORMULA: independent v starting valve y = a b (n) Exponential GROWTH appreciation If something appreciates (6%) the multiplier is...... b= 1.06 6.1 y=mx+b ↑ Linear P3 FUNCTION L Simple when given 2 points on a Interest: raph, use System of sanviti Amarnath multiplier When the multiplier is MORE than O but LESS than 1 (0<b<1) decay ex.2-y=2(0.5) to substitute the 2 variables into one & SOLVE! Exponential DECAY 6 Deprecetion If something depreciates (67) the multiplier is. b=0.0 0.94 Compound Interest: y= ab ² Exponential
iOS User
Stefan S, iOS User
SuSSan, iOS User