1 Liter (1,000 cm³) of water is inside a 1.01 L ordinary glass water bottle and is thrown into the back seat of a car traveling to a lake. During the time the car with rolled up windows is parked in the Sun, the glass water bottle and the water inside goes from a temperature of 20°C to 55°C. The air trapped inside the water bottle was at 1 atm of absolute pressure when the bottle was capped sealed at 20°C. a) Convert 55°C to °F. b) Calculate the change in volume of the water and the glass bottle. c) Calculate the new volume of air inside the bottle. TABLE 13-1 Coefficients of Expansion, near 20°C Material Solids Aluminum Brass Copper Coefficient of Linear Expansion, a (C°)-¹ Coefficient of Volume Expansion, ẞ (C)-¹ 25 x 10-6 75 x 10-6 19 × 10-6 56 × 10-6 17 x 10-6 50 × 10-6 Gold 14 x 10-6 42 x 10-6 Iron or steel 12 × 10-6 35 x 106 Lead 29 × 10-6 87 x 106 Glass (Pyrex®) 3 x 106 9 × 106 Glass (ordinary) 9 × 106 27 × 10-6 Quartz Concrete and brick 0.4 × 10-6 12. 1 x 106 36 × 10-6 Marble 1.4-3.5 x 106 4-10 × 10-6 Liquid Gaso.ine 950 x 106 Mercury 180 x 106 Ethyl alcohol 1100 x 10-6 Glycerin Water 500 × 10-6 210 × 10-6 Gases Air (and most other gases at atmospheric pressure) 3400 x 10-6