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natalia gray

natalia g.

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4. Resistor Networks For the circuit in the figure, the ammeter reads 1.25[A]. a) What does the voltmeter read? b) What is the emf $\varepsilon$ of the battery? c) How much power is used at the 25$\Omega$ and the 10$\Omega$ resistor? 25.0 $\Omega$ V A 15.0 $\Omega$ 45.0 $\Omega$ 15.0 $\Omega$ 10.0 $\Omega$ + 35.0 $\Omega$ $\varepsilon$= ?

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Which lag occurs because we need time to collect and analyze data? Administrative lag Implementation lag Legislative lag Recognition lag

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The ATP-PC system primarily supports activities lasting ____. Over 2 minutes to 10 minutes, less than 10 seconds, over 10 minutes to hours, 40 seconds to 2 minutes

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10. Predict the consequences of having the following conditions develop in a muscle in response to a stimulus: a) inadequate ATP is present within the muscle fiber b) adequate ATP is present within the muscle fiber, but nerve impulses occur at a frequency so great that calcium ions are not transported back into the sarcoplasmic reticulum between individual impulses

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The major supplier of funds for investment in the whole economy is Group of answer choices Financial institutions. Government. Businesses. Households.

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When a battery is connected to a light bulb properly, current flows through the light bulb and makes it glow. How much current flows through the battery compared with the light bulb ? Click on only ONE choice below. This Random Block has 4 Multiple Choice questions. More Less The same amount No current flows through the battery.

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Working-age population: 62 million Labor force: 62.5% Number of employed workers: 94.3% Number of unemployed workers: 5.7%

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Use the data given below to construct a Born-Haber cycle to determine the standard heat of formation of barium chloride (solid). Ba$^{2+}$(g) + 2Cl$^{-}$(g) ? BaCl$_2$(s) Ba (s) ? Ba (g) Process ?H°(kJ/mol) -2049 180 Ba (g) ? Ba$^{+}$(g) + e$^{-}$ 503 Ba$^{+}$(g) ? Ba$^{2+}$(g) + e$^{-}$ 965 Cl$_2$(g) ? 2Cl(g) 244 Cl(g) + e$^{-}$ ? Cl$^{-}$(g) -349 Note: Write down the Born-Haber cycle diagram so you recognize each of the steps (processes) given in the table above ---name them~!+717 kJ/mol -997 kJ/mol -642 kJ/mol -437 kJ/mol -855 kJ/mol

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Example Left-Column Zeros D(s) = 3s4 + 6s3 + 2s2 + 4s + 5 \begin{array}{c|cccc} & 3 & 2 & 5 \\ s4 & + & & \\ s3 & + & 6 & 4 \\ s2 & - & \frac{12-12}{6} = 0 (-5) & 5 \\ s1 & + & \frac{-5s4-30}{-5} = +10 & 0 \\ s0 & + & 5 & \end{array}

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1301: Consider the reversible expansion of an ideal gas from 50 bar and 300 °C to 10 bar and 250 °C. Determine the necessary heat transfer, $Q_{sys}$, (in kJ/mol) if the surroundings are maintained at 400 °C and the ideal gas has a constant heat capacity ($c_p$) of 40 J/(mol*K).

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