Sustainable Energy Calculation for Fossil Fuel Mix

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SUMMARY

The discussion focuses on calculating sustainable energy emissions from a fossil fuel mix, specifically addressing the arithmetic involved in determining average annual percentage growth. The correct formula for calculating future emissions is provided: E_i (1 + p/100)^{26}, where E_i represents initial emissions and p is the annual growth percentage. Participants emphasize the importance of using accurate emission factors for oil, coal, and gas in these calculations. The conversation highlights the need for clarity in methodology to arrive at correct solutions.

PREREQUISITES
  • Understanding of arithmetic operations and percentage calculations
  • Familiarity with emission factors for oil, coal, and gas
  • Knowledge of growth rate calculations in environmental science
  • Basic grasp of sustainable energy concepts
NEXT STEPS
  • Research the specific emission factors for oil, coal, and gas
  • Learn about calculating compound growth rates in environmental contexts
  • Explore methodologies for assessing sustainable energy impacts
  • Investigate tools for modeling emissions over time
USEFUL FOR

Students in environmental science, researchers in sustainable energy, and professionals involved in emissions calculations and policy-making will benefit from this discussion.

King_Silver
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Homework Statement


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Homework Equations


No equations used (to my knowledge). Just arithmetic and understanding of what is being asked.

The Attempt at a Solution


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Was wondering if my solution/approach to this question is correct or not? I don't have any answers to compare it to so any method/answer I do arrive at is mere speculation.
 

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You've exchanged the emission factors from oil, coal and gas.
You don't use the right way to calculate the average annual percentage growth.
If you have an annual growth of p percent, and initial emission E_i the emission in 26 years will be:
E_i (1+\frac {p} {100})^{26}

Can you find p from that?​
 

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