Answer:
false
Explanation:
edge 2022
B. 156 kPa
C. 376 kPa
D. 176 kPa
Answer: The absolute pressure is 376 kPa.
Explanation :
The absolute pressure of a gas is defined as the sum of gauge pressure and the atmospheric pressure.
We know that the atmospheric pressure of a gas is 101.3 kPa.
So, Absolute pressure becomes 276 kPa + 101.3 kPa = 377.3 kPa
Approximately it can be written as, 376 kPa.
So, the correct option is (C) " 376 kPa ".
Hence, this is the required solution.
Given:
1.50 L of highly concentrated Pb(Clo3)2
0.300 L of 0.110 M NaI
Required:
mass precipitate of highly concentrated Pb(Clo3)2
Solution:
M1V1 = M2V2
M1(1.50 L of highly concentrated Pb(Clo3)2) = (0.300 L)(0.110 M NaI)
M1 = 0.022M Pb(Clo3)2 = 0.022 mol/L Pb(Clo3)2
Molar mass of Pb(Clo3)2= 374.2 g/mol
Mass of Pb(Clo3)2 = (0.022 mol/L Pb(Clo3)2)( 1.50 L)( 374.2 g/mol) = 12.35g Pb(Clo3)2
Gases, fluids, and other solids in contact with a moving object will produce heat due to friction. The contact between molecules or atoms present in gases, fluids, and other solids creates energy and it may be in the form of heat.
The answer is: Heat flow
weight divided by area
volume divided by weight
mass divided by area