Daily Archives: February 17, 2016

Bibliography 2 – Alec West

Topic: I want to talk about how much energy is produced by the Penn State campus and whether it is feasible to produce all that electricity by solar power. I will also examine how many solar panels will be needed … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times 10^{-8})\times (1.6\times10^{12})= 9.12\times 10^{4}\) \(\pi L(1-\alpha)R^2=4\pi\sigma T^4R^2\) \(12\text{km}\times \frac {0.6 \text{mi}} {1 \text {km}}\approx 7.2\text{mi}\) \[12\text{km}\times \frac {0.6 \text{mi}} {1 \text {km}}\approx 7.2\text{mi}\] 6. \(4,173,445,346.50\approx 4,200,000,000= 4.2\times 10^{9}\) 7. \[ 50\text {m}\times \frac {3.4 \times 10^{6}} { … Continue reading

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Bibliography 2: Energy loss in a vehicle

Topic: Discuss how much energy is lost in a vehicle and the potential to improve fuel efficency with technology Audience: anyone who drives may be interested in learning how much energy an engine uses and where all the energy goes. … Continue reading

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Math Test

1. \(x^3-3x^2-10X=0\) 2. \((1+r)^n\) 3. \((5.7 x 10^{-8}) x (1.6 x 10^{12})= 9.12 x 10^{4}\) 4. \(\pi L(1- \alpha)R^{2} = 4\pi\sigma T^{4} R^{2}\) 5.\(12 km \times\frac{0.6\text{ mile}}{{1}\ km}= 7.2\text{ miles}\) \[12 km \times\frac{0.6\text{ mile}}{{1}\ km}= 7.2\text{ miles}\] 6. \( 4,173,445,346.50 … Continue reading

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Draft 2: The Colder The Weather, The More You Burn

Topic: Evaluate how much running burns calories. The main goal revolves around comparing that to exercising in the winter, which is proven to burn more calories in specific conditions. ****Intro: As you can see in my bibliography topic, I will be talking … Continue reading

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Math Test Laura Nestor

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12×10^4\) \(\pi{L}(1-\alpha){R^2}=4\pi\sigma{T^4}{R^2}\) \(12\text{km}\times\frac{0.6\text{mile}}{{1}\text{km}}\approx7.2\text{mile}\) \[12\text{km}\times\frac{0.6\text{mile}}{{1}\text{km}}\approx7.2\text{mile}\] \(4,173,445,346.50\approx4,200,000,000=4.2\times10^9\) \[50\text{m}\times\frac{3.4\times10^6\text{kg}}{1\text{sec}}\times\frac{10\text{J}}{1\text{kg}\cdot1\text{m}}=1.7\text{ GW}\] \(\$5,000\times(1+0.012)^{30}\approx\$7,150\)

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Math test

1- \(x^3-3x^2-10x=0\) 2- \((1+r)^n\) 3- \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12\times10^{4}\) 4- \(\pi\text{L}(1-\alpha)\text{R}^2=4\pi\sigma\text{T}^4\text{R}^2\) 5- \( 12\text {km} \times \frac{0.6\text{mile}}{1\text{km}} \approx 7.2\text{mile}\) \[ 12\text {km} \times \frac{0.6\text{mile}}{1\text{km}} \approx 7.2\text{mile}\] 6- \(4,173,445,346.50\approx 4,200,000,000=4.2\times 10^{9}\) 7- \[50\text{m}\times \frac{3.4\times 10^{6}\text{kg}}{1\text{sec}}\times \frac{10\text{J}}{1\text {kg}\times 1\text {m}}=1.7\text{GW}\] 8- \(\$5,000\times(1+0.012)^{30}\approx \$ 7,150\)

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times 10^{-8})\times (1.6\times 10^{12}) = 9.12\times 10^4\) \({\pi}L(1-\alpha)R^2 = 4{\pi}{\sigma}T^4R^2\) \[ 12\text{km} \times \frac{0.6 \text{mile}}{1 \text{km}} \approx 7.2 \text{mile}\] \(4,173,445,346.50 \approx 4,200,000,000 = 4.2 \times 10^9\) \[50\text{m} \times \frac{3.4\times 10^6 \text{kg}}{1\text{sec}}\times \frac{10\text{ J}}{1 \text{kg} \cdot  1 \text{m}} = … Continue reading

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1.  \(x^3-3x^2-10x=0\) 2.  \((1+r)^n\) 3.  \((5.7\times 10^{-8})\times (1.6\times 10^{12})=9.12\times 10^4\) 4.  \((\pi)L[1-(\alpha)](R^2)=4(\pi)(\sigma)T^{4}R^2\) 5.  \(12\text{km}\times\frac{0.6\text{mile}}{1\text{km}}\approx 7.2\text{mile}\) \[12\text{km}\times\frac{0.6\text{mile}}{1\text{km}}\approx 7.2\text{mile}\] 6.  \(4,173,445,346.50 \approx 4,200,000,000 = 4.2\times 10^9 \) 7.  \(50\text{m}\times\frac{3.4\times 10^6\text{kg}}{1\text{sec}}\times \frac{10\text{J}}{1\text{kg}\cdot 1\text{m}}=1.7\text{GW}\) 8.  \(\$5,000\times(1+0.012)^{30}\approx \$7,150\)

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Math Test

\(x^3 – 3x^2 – 10x = 0\) \((1 + r)^n\) \(5.7\times 10^{-8}\times 1.6\times 10^{12} = 9.12\times 10^{4}\) \(\pi L(1-\alpha) R^2 = 4 \pi \sigma T^{4} R^2\) \(12 \text{ km} \times \frac{ 0.6 \text{ mile}}{1 \text{ km}} \approx 7.2 \text{ mile}\) … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12\times10^4\) \(\pi L(1-\alpha)R^{2}=4\pi\sigma T^{4}R^{2}\) \(12km\times\frac{0.6\text{mile}}{1\text{km}}\approx7.2\text{mile}\) \(4173445246.50\approx4200000000=4.2\times10^{9}\) \(50m\times\frac{3.4\times10^6\text{kg}}{1\text{sec}}\times\frac{10\text{J}}{1\text{kg}\times1\text{m}}=1.7\text{GW}\) \(5000\times(1+0.012)^{30}\approx\$7150\)

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Math Test

\(x^3 – 3x^2 – 10x = 0\) \( (1+r)^n\) \( (5.7 \times 10^{-8}) \times (1.6 \times 10^{12}) =  9.12 \times 10^4\) \( \pi L (1-\alpha) R^2 = 4\pi\alpha T^4R^2\) \(12 km \times \frac{0.6\text{ mile}}{1\text{ km}} \approx 7.2\text{ mile}\) \[12 km … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7 x 10^{-8})x(1.6 x 10^{12})=9.12 x 10^4\) \(\pi L(1-\alpha)R^{2}=4\pi\sigma T^{4}R^{2}\) \(12 \text {km} \times \frac {0.6\text { mile}}{1\text { km}} \approx 7.2 \text {mile}\) \[12 \text {km} \times \frac {0.6\text { mile}}{1\text { km}} \approx 7.2 \text {mile}\] … Continue reading

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Math Test

  \(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12\times10^4\) \(\pi L(1-\alpha)R^2=4\pi \sigma T^4R^2\) \(12\text{ km}\times\frac{0.6{ mile}}{1{ km}}\approx7.2\text{ mile}\) \[12\text{ km}\times\frac{0.6{ mile}}{1{ km}}\approx7.2\text{ mile}\] \(4,173,445,346.50\approx4,200,000,000=4.2\times10^9\) \[50\text{ m}\times\frac{3.4\times10^6\text{ kg}}{1\text{ sec}}\times\frac{10\text{ J}}{1\text{ kg}\times1\text{ m}}=1.7\text{ GW}\] \(\$5,000\times(1+0.012)^{30}\approx\$7,150\)

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Alec West

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times10^{-8})\times(1.6\times10{^1}{^2}=9.12\times10{^4}\)  \(\pi L(1-\alpha)R^{2}=4\pi\sigma T^{4}R^{2}\) \(12 \text{km}\times \frac {0.6 \text {mile}}{1 km} \approx 7.2 \text {mile} \)  \[12 \text{km}\times \frac {0.6 \text {mile}}{1 km} \approx 7.2 \text {mile}\]  \(4, 173, 445, 346.50\approx4,200,000,000 = 4.2 \times 10^9\) \[50 \text{m} \times \frac{3.4\times10^{6} … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times 10^{-8})\times(1.6\times 10^{12})=9.12\times 10^{4}\) \(\pi L(1-\alpha)R^2=4\pi\sigma T^4R^2\) \(12 km\times\frac{0.6 mile}{1 km}\approx 7.2 mile\)  \(4,173,445,346.50\approx 4,200,000,000=4.2\times 10^9\) \[4,173,445,346.50\approx 4,200,000,000=4.2\times 10^9\] \[50 m\times \frac{3.4\times 10^6 kg}{1 sec}\times \frac{10 J}{1 kg\cdot1 m}=1.7 GW\] \(\$5,000\times (1+0.012)^{30}\approx \$7,150\)

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times 10^{-8}) \times (1.6 \times 10^{12}) = 9.12 \times 10^4\) \(\pi L(1-\alpha)R^2=4\pi\alpha T^4R^2\) \(12\text{km}\times \frac{0.6 \text{mile}}{1 \text {km}} \approx 7.2 \text{mile}\) \[12\text{km}\times \frac{0.6 \text{mile}}{1 \text {km}} \approx 7.2 \text{mile}\] \(4,173,445,346.50 \approx 4,200,000,000 = 4.2 \times 10^9\) \(50\text{m} \times \frac{3.4 … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) 2. \((1+r)^n\) 3. \((5.7\times 10^{-8})\times (1.6\times 10^{12})=9.12\times 10^4\) 4. \(πL(1-\alpha)R^2=4π\sigma T^4R^2\) 5. \(12\text{km} \times \frac {.6 \text {mile}} {1 \text {km}} ≈ 7.2 \text {miles}\) \[12\text{km} \times \frac {.6 \text {mile}} {1 \text {km}} ≈ 7.2 \text {miles}\] 6. \(4,173,445,346.50≈4,200,000,000=4.2\times 10^9\) … Continue reading

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math test – Kaitlyn Christy

\(x^2=4\) \(x^3 – 3x^2-10x=0\)  \((1+r)^n\) \((5.7\times 10^{-8}) \times (1.6\times 10^{12})=9.12 \times 10^4\) \(\pi L (1-\alpha)R^2=4\pi\sigma T^4R^2\) \(12 km \times \frac{0.6 mile} { 1km} \approx 7.2 mile\)  \[12 km \times \frac{0.6 mile} { 1km} \approx 7.2 mile\] \(4, 173, 445, 346. … Continue reading

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Math Test

\(x^3-3x^2-10x=0\) \((1+r)^n\) \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12×10^4\) \(\pi{L}(1-\alpha){R^2}=4\pi\sigma{T^4}{R^2}\) \[12\text{km}\times\frac{0.6\text{mile}}{{1}\text{km}}\approx7.2\text{mile}\] \(4,173,445,346.50\approx4,200,000,000=4.2\times10^9\) \[50\text{m}\times\frac{3.4\times10^6\text{kg}}{1\text{sec}}\times\frac{10\text{J}}{1\text{kg}\cdot1\text{m}}=1.7\text{ GW}\] \(\$5,000\times(1+0.012)^{30}\approx\$7,150\)

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Math Test

\(x^3-3x^2-10x = 0\) \((1+r)^n\) \((5.7\times 10^{-8})\times(1.6\times 10^{12})=9.12\times 10^4\) \(\pi L(1-\alpha)R^2 = 4\pi\sigma T^4 R^2\) \(12 \text { km} \times \frac{0.6 \text  { mile}}{1 \text { km}} \approx 7.2 \text  { mile} \) \[12 \text { km} \times \frac{0.6 \text  { … Continue reading

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Math Test

\alpha 1.\(x^3 – 3x^3 – 10x = 0\) 2.\((1 + r)^n\) 3.\((5.7 \times 10^{-8}) \times (1.6 \times 10^{12}) = 9.12 \times 10^4\) 4.\(\pi L(1-\alpha)R^2=4\pi\sigma T^4R^2\) 5. \(12 \text{km} \times \frac{0.6 \text{mile}}{1 \text{km}} \approx 7.2 \text{miles}\) \[12 \text{km} \times \frac{0.6 \text{mile}}{1 … Continue reading

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Math Test

1- \(x^3-3x^2-10x=0\) 2- \((1+r)^n\) 3- \((5.7\times10^{-8})\times(1.6\times10^{12})=9.12\times10^{4}\) 4- \(\pi\text{L}(1-\alpha)\text{R}^2=4\pi\sigma\text{T}^4\text{R}^2\) 5- \( 12\text {km} \times \frac{0.6\text{mile}}{1\text{km}} \approx 7.2\text{mile}\) \[ 12\text {km} \times \frac{0.6\text{mile}}{1\text{km}} \approx 7.2\text{mile}\] 6- \(4,173,445,346.50\approx 4,200,000,000=4.2\times 10^{9}\) 7- \[50\text{m}\times \frac{3.4\times 10^{6}\text{kg}}{1\text{sec}}\times \frac{10\text{J}}{1\text {kg}\times 1\text {m}}=1.7\text{GW}\] 8- \(\$5,000\times(1+0.012)^{30}\approx \$ 7,150\)

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