Since the volume doesn't change, and we assume that that
no heat is allowed to escape from the container, the pressure
of the gas will be directly proportional to its absolute temperature.
Absolute temperature = Celsius temperature + 273 K.
at 50°C, the absolute temperature is 323 K .
at 30°C, the absolute temperature is 303 K.
So, as the gas is warmed, the pressure will rise to (323/303)
of where it started.
(323/303) x (2.00 atm) = (1.066) x (2.00 atm) = 2.132 atm
I would let someone more confident in this field to answer this question but that sounds like a Chemical reaction
Explanation:
(02.02 HC)
The boxes described below have the same volume but different dimensions and surface area. Describe
the relationship between the surface area and the volume of a cell. Analyze the data and explain why cell
shapes can be beneficial.
Ngan's mass on earth is 85kg.
Ngan has a weight on Mars = 14.5 N
Ngan’s weight on Earth = 833.0 N
Ngan’s mass on Earth = ?
<span>Fg,earth = mg(earth)</span>
<span>M = Fg,earth </span><span>/ g(earth)</span>
<span>M = 833.0 N / 9.8 m/s2</span>
<span>M = 85 kg</span>