For this question we can used the combined gas law equation
for a fixed amount of gas PV/T = constant

where P - pressure, V-volume and T - temperature
parameters for the first instance are given on the left side and parameters for the second instance are given on the right side of the equation.
Temperature should be in Kelvin
temperature in K = temperature in celcius + 273
T1 = 25.9 °C + 273 = 298.9 K
T2 = -13.6 °C + 273 =259.4 K
substituting the values into the equation , V - volume at the altitude can be found out

V = 46.1 L
Answer:
0.0738 M
Explanation:
HNO3 +LiOH = LiNO3 + H2O
Number of moles HNO3 = number of moles LiOH
M(HNO3)*V(HNO3) = M(LiOH)*M(LiOH)
M(HNO3)*50.0mL = 0.100M*36.90 mL
M(HNO3) = 0.100*36.90/50.0 M = 0.0738 M
Explanation:
Brass (a copper-zinc alloy)-The brass bond is brittle because it is a metal alloy.
Rubber-Rubber bonding is covalent.
Barium sulfide (BaS) — Bonding is primarily ionic (but some covalent) depending on the respective Ba and S positions in the periodic table.
Solid xenon-Bonding is van der Waals in solid xenon, since xenon is a noble gas.
Bronze-Bonding is metallic in that it is an alloy with silver.
Nylon-The bonding in nylon is primarily covalent with some van der Waals Forces.
Aluminum phosphide (AlP)-Aluminum phosphide (AlP) bonding is covalent in principle but it also has some ionic character.
Explanation:
its answer is displacement reaction