1. Equation: [tex]Thickness = 0.1 \times 2^x,[/tex] where x represents the number of times the paper is folded in half.
2. For Britney's fold in 12 times, using the equation:
[tex]\[ \text{Thickness} = 0.1 \times 2^{12} \][/tex]
[tex]\[ \text{Thickness} = 0.1 \times 4096 \][/tex]
[tex]\[ \text{Thickness} = 409.6 \text{ mm} \][/tex]
3. Table:
Number of Folds | Thickness
1 | 0.2mm
2 | 0.4mm
3 | 0.8 mm
4 | 1.6 mm
5 | 3.2mm
6 | 6.4mm
7 | 12.8mm
8 | 25.6 mm
9 | 51.2mm
10 | 102.4 mm
11 | 204.8mm
12 | 409.6mm
4. Objects of similar thickness:
- 0.4 mm: Credit card
- 25.6 mm: Stack of 100 US dollar bills
- 204.8 mm: Thickness of a standard dictionary
5. If there was an investment performing similarly to the paper folding, I would advise someone to be cautious about the potential exponential growth. While the returns may seem slow initially, they can quickly escalate with each doubling. It's crucial to monitor the investment regularly and consider potential risks associated with rapid growth. Diversification and periodic reassessment of the investment strategy would be prudent to manage potential volatility.