Which of the following statements is INCORRECT?Overpotential is difference between the actual potential and the theoretical Nernst potential.O Overpotential can be considered as the additional voltage needed to achieve a desired current density beyond theequilibrium potential○ The overpotential is likely significant when the electrode reaction involves a high activation energy barrier.○ Polarization is primarily due to the voltage drop caused by the resistance of the cell components.

Let's analyze each statement to determine which one is incorrect:a. Overpotential is the difference…

Answered: Which of the following statements is…

Cornerstones of Cost Management (Cornerstones Series)

4th Edition

ISBN:9781305970663

Author:Don R. Hansen, Maryanne M. Mowen

Publisher:Don R. Hansen, Maryanne M. Mowen

Chapter13: The Balanced Scorecard: Strategic-based Control

Section: Chapter Questions

Problem 14DQ

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Which of the following statements is true regarding the stability of a control system? A) The system is stable if all poles of its transfer function are in the right half of the s - plane. B) The system is stable if the real parts of all poles of its transfer function are negative. C) The system is unstable if it has any pole in the right half of the s-plane. D) The system is stable if all poles and zeros of its transfer function are on the imaginary axis.
Suppose there is now friction and the equation of motion becomes x+2yx+w²x = 0, where 0 is some constant of friction. γ i. Find the general solution for x(t), under the assumption that w. You do not need to impose initial conditions here. ii. What is the range of for which the above solution is (1) heavily damped; (2) lightly damped. What happens to the above solution and the physical system when y = w?
Please correct answer and step by step solution
3 Charged Closed Wire Consider a thin closed wire with the radius R localized at the origin on the xy-plane, which is charged uniformly with the total charge Q. (i) What is the charge density p in this problem? (ii) Calculate the electric field along the z axis? (Hint: First, consider an infinitessimal piece of the charge.)
1. Imagine a triple-slit "grating", where the distance to the screen is much larger than the distance between the slits. By using phasors, show that the intensity of the interference pattern is given by I = I(1 + 4 cos & + 4 cos² ø). (Hint: Recall the intensity of fringe pattern in Young's two-slit interference experiment.)
None
Why do we enter PV and FV as a negative when calculating TVM problems?
What are the two shortcomings of the direct write-off method?
5. Consider a coaxial cable which is an (infinitely) long wire of radius a, with given current flowing uniformly up it (so J(t) = I(t)/лa² goes uniformly through the wire). At the outside edge (r=a), there is an infinitesimally thin insulator, and just outside that, an infinitesimally thin sheath that returns all the current, basically a surface current going down the opposite direction carrying a total -I(t) back down. Figure out the B field everywhere in space (direction and magnitude) in terms of givens, and then find the self-inductance per length of this cable. Assume I(t) changes slowly in time, so we can use our usual quasi-static ideas. There are several ways to proceed. You might start from =LI, but this turns out to be tricky here, since the current is not confined to a single path! It is best to think about the total magnetic energy, W, stored by the magnetic field, and use our usual relation between energy and current: WL I²/2.
How does it compare with the NPV based on the WACC method? (Select the best choice below.) A. The NPV computed using the FTE method cannot be compared to the NPV based on the WACC method. B. The NPV computed using the FTE method is always higher than the NPV based on the WACC method. C. The NPV computed using the FTE method is always lower than the NPV based on the WACC method. D. The NPV computed using the FTE method is the same as the NPV based on the WACC method.
This is a multiple answer question. Section 7.2 Select all correct statements regarding covalent compounds. Covalent compounds tend to be much softer than ionic compounds. Covalent compounds are excellent conductors of electricity when dissolved in water. Covalent compounds do not exist as liquids or gases at room temperature. Covalent compounds generally display low melting points and low boiling points compared to ionic compounds. Covalent compounds are poor conductors of electricity in any state.
Which of the following statement is true? As compounding frequency increases, PV increases As compounding frequency increases, FV does not change As compounding frequency increases, FV decreases As compounding frequency increases, PV does not change As compounding frequency increases, PV decreases

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