____________________ hose can be clamped on one end and then bent until it assumes the desired shape.
Fill in the blank(s) with the appropriate word(s).
Flex
You might also like to view...
____________________ is used to lower soil pH
Fill in the blank(s) with correct word
The transfer of heat energy from particle to particle in a substance is known as _____
a. convection b. conduction c. radiation d. conductance
Answer the following statement(s) true (T) or false (F)
1. A common method for verifying a profile tolerance is to use a CMM. 2. If a profile tolerance with no datum references is applied to a surface, it will control deviations in form only. 3. A multiple single-segment feature control frame can contain as many as three segments. 4. A composite profile tolerance can only be applied to a pattern of surfaces. 5. In certain cases, a profile of a line tolerance is used as one segment in a multiple single-segment profile tolerance. In this case, the profile of a surface tolerance in the lower segment controls the size, location, and orientation of the conical surface. The profile of a line tolerance in the upper segment controls the orientation and form of the line elements (in one direction) of the conical surface.
Which of the following statements is definitely accurate?
The reaction A + B ? C occurs in the vapor phase. It is an endothermic reaction. It is beneficial to carry out the reaction in the presence of liquid water, because C is somewhat soluble in water while A and B are effectively insoluble. The Henry’s Law constant for C in water increases as the temperature increases. We are interested in maximizing the total number of moles of C in the system, regardless of whether the C is in the liquid or vapor phase. A system initially contains 10 moles each of A and B (vapor) and 100 moles of liquid water. The system is allowed to reach equilibrium at T= 298.15 K and 0.1 MPa. In a separate experiment, the system initially contains 10 moles each of A and B (vapor) and 100 moles of liquid water, and is allowed to reach equilibrium at T= 423.15 K and 0.1 MPa. A. The system at 298.15 K will have more total moles of C. B. The system at 423.15 K will have more total moles of C. C. The system at 298.15 K will have a higher mole fraction of C in the vapor phase and a lower mole fraction of C in the liquid phase than the one at 423.15 K. But it is unclear which will have a larger total number of moles of C. D. The system at 298.15 K will have a lower mole fraction of C in the vapor phase and a higher mole fraction of C in the liquid phase than the one at 423.15 K. But it is unclear which will have a larger total number of moles of C. E. None of these is definitely accurate.