Boyle's Law states, at constant temperature, pV = constant => p1 * V1 = p2 * V2.
a) p1 = 350.0 torr, V1 = 200 ml; p2 = 700 torr, V2 =?
p1 * V1 = p2 * V2 => V2 = [p1 * V1] / p2 = [350.0 torr * 200 ml ] / 700 torr = 100 ml
Answer of a) 100 ml.
b) P1 = 180 mmHg; V1 = 2.4 * 10^5 ml; P2 = ?, V2 = 1.8 * 10^3 L
First, convert the two measures of volume to the same unit.
2.4 * 10^ 5 mL / 1000 = 2.4 * 10^2 L
Now use Boyle's Law p1 * V1 = p2 * V2 => p2 = [p1 * V1] / V2
p2 = 180 mmHg * 2.4 * 10 ^2 L / (1.8 * 10^3 L) = 24 mmHg
Answer of b) 24 mmHg.
Friedrich Wohler was working with Ammonium Cyanate and found crystals of urea in his beakers
If I understand you correctly, then this is the equation for the breakdown of monosaccharide.
monosaccharide --> Carbon dioxide + water
Answer: melting, freezing, sublimation, deposition, condensation, and vaporization
<span>On a molar a basis, the most effective bleaching agent kbro3 has more oxygen, but due to the bromine, it would make things look yellowish. The bromine would counteracts the bleaching effect. As we all know, bleach is naocl or hypochlorite</span>
