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jesse compton

jesse c.

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Evaluate the integral by completing the square as a first step. \int (dx)/((x^(2)+8x+6)^(2))C for the arbitrary constant. Absorb into C as much as possible.\int (dx)/((x^(2)+8x+6)^(2))=(\sqrt(10))/(100)(-(x+4\sqrt(10))/(2((x+4)^(2)-10))+(1)/(2)ln(|(x+4+\sqrt(10))/(\sqrt((x+4)^(2))-10)|)-ln(|(x+4-\sqrt(10))/(\sqrt((x+4)^(2)-10))|))+C

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An older adult is always presumed to be cognitively capable unless found otherwise by a professional. True False Clear selection

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Problem 3-5: Assume that you have the following input signal: $$v_i(t) = \sin(1885t) + \sin(6283t) + \sin(18850t) \ V$$ This signal is then applied to a first-order low pass filter with $$G_0 = 5$$ and $$f_c = 1 \ kHz$$. Compute the output voltage making note that: $$v_o(t) = |H(j\omega)| \cdot v_i(t) \cdot e^{j\theta(\omega)}$$ Hint: The amplitude and phase of each sinusoid will be impacted, separately, by the transfer function of the low-pass filter. Problem 3-6: L + $$v_i(t)$$ R $$v_o(t)$$ $$R_L$$ For the circuit above, assume that $$R = 300 \ \Omega$$ and $$L = 10 \ mH$$. a) Derive the transfer function of the unloaded filter (i.e., when $$R_L$$ is NOT attached)? b) Derive the transfer function of the loaded filter (i.e., with $$R_L$$ attached to the circuit)? c) What effect does adding $$R_L$$ have on the low-frequency gain and cutoff frequency? Should $$R_L$$ be kept large or small to minimize any errors? d) What is the smallest value of load resistance, $$R_L$$, rounded to the nearest Ohm that can be used with the filter (assuming values for R and L given above) such that the cutoff frequency of the resulting filter is no more than 5% different from the unloaded filter?

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The adjusted tax basis of property received by a non-corporate shareholder in a complete liquidation will be the property's fair market value.

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Question 3 (1 point) Children with special health care needs are at increased nutritional risk due to which of the following? Feeding problems Drug nutrient interactions Decreased mobility Alterations in growth patterns All of these

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Suppose that among all people that litter, only women are ever fined. How would a retributivist criticize this practice? Group of answer choices The punishment does not make it less likely that those who litter will do so again. Not all guilty are punished. The punishment is not proportional to the crime. Innocent people are not fined.

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Question 13 Excitation is to rest as ______ is to ______ ? autonomic; somatic ? somatic; autonomic ? central; peripheral ? sympathetic; parasympathetic 2 pts

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3 On September 1, a company paid the $12,000 premium on a one-year insurance policy with benefits beginning on that date. Assuming no previous adjustments have been made for the expired insurance, the correct adjusting entry on December 31, would be: Multiple Choice Account Title Insurance Expense Cash Account Title Insurance Expense Prepaid Insurance Account Title Insurance Expense Prepaid Insurance Debit 12,000 Debit 3,000 Debit 12,000 Credit 12,000 Credit 3,000 Credit 12,000

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Find the derivative of the function.\ f(t) = \text{arccsc}(-5t^2)\ f'(t) =

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1k 1k 5V R-Load 4k 4k Figure 1C See Figure 1C. If the source was converted to a current source, what would the current of that source be? 10 mA 2 mA 5 mA 0.5 mA

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