Numerade

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1-4 13 of 22 If the price of automobiles were to increase, then A. the quantity demanded of gasoline would decrease. B. the demand for gasoline would increase. C. the demand for gasoline would decrease. D. the supply of gasoline would increase.

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Implied contracts are neither oral nor written. True Fase Implied contracts are neither oral nor written. True False

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Is it possible to transfer heat into a system without changing its temperature? Group of answer choices

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During the six days immediately following the election of President ________, the Southern Poverty Law Center reported 437 incidents of intimidation, targeting people of color, Muslims, immigrants, women, and members of the LGBT community. a. Bill Clinton b. George H.W. Bush c. Barack Obama d. Donald Trump

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If the audit does not turn out favorably: (Select all that apply.) A. Mrs. Hubbard can file a formal appeal with the IRS. B. Mrs. Hubbard can file an appeal with the auditor's manager. C. Mrs. Hubbard can go to a tax court. D. Mrs. Hubbard can file an appeal with the auditor by presenting additional materials.

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how fiber optics are used in medical imaging technologies, or how they contribute to the efficiency of healthcare data transmission.

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The process of countries becoming more open to foreign trade and investment is known as

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C? = 2.3 µF ? Using our capacitance equation, we can determine the charge to be 32.2 µC. If we now add a material with a dielectric constant of 1.75 to the capacitor, what does the capacitance become (in µF)? 4.0 ?? Correct. To determine the new capacitance, multiply the initial value of 2.3 µF by the dielectric constant of 1.75. µF For the capacitor in the previous question, what is the energy (in J) stored with the dielectric material added? Recall the following. $U_E = \frac{Q^2}{2C} = \frac{1}{2}C(\Delta V)^2$ 4.97e-6 × * We know that adding a dielectric changes the capacitance. Once we have a capacitance value, what expression do we use to determine energy? J Should this new energy value be higher or lower than the energy stored without the dielectric material present? ? lower ? higher ? The dielectric constant x is always greater than 1. Because the capacitance when a dielectric is added is: C = x$C_0$ we know that the capacitance increases with the addition of a dielectric. Because the energy is defined as: $U_E = \frac{1}{2}C(\Delta V)^2$ increasing the capacitance results in a proportional increase in energy stored.

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A is at (0,3). B is at (1,1). C is at (2,-1). D is at (3,-3). 2. Given the graphed points on a function you should recognize, 2a. State the equation of the function. 2b. State its domain. 2c. State its range. 2d. State its inverse function. (Show work.)

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Determine the amplitude of the Voltage across the Capacitor. 10 cos(?t) V ? = 100 Rad/Sec A. $V_C$ = 2.425 Volts B. $V_C$ = 0.995 Volts C. $V_C$ = 4.472 Volts D. $V_C$ = 1.644 Volts E. $V_C$ = 1.240 Volts

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robert r.