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Author Archives: Anonymous

Immunizations have been found to cause autism.

Immunizations have been found to cause autism.

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Mrs. Tosca works to create a multicultural curriculum for he…

Mrs. Tosca works to create a multicultural curriculum for her preschool class.  She is conscious of the classroom environment.  Mrs. Tosca explains to her student teacher one of the following practices should be avoided in a multicultural curriculum.  Which practice should be avoided?  

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175 mcg (micrograms) = [BLANK-1] mg

175 mcg (micrograms) = [BLANK-1] mg

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3 t (teaspoon) = [BLANK-1] mL (milliliter)

3 t (teaspoon) = [BLANK-1] mL (milliliter)

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1 1/2 c (cups) = [BLANK-1] mL

1 1/2 c (cups) = [BLANK-1] mL

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Calculate the following dosage:     Order: Diphenhydramine…

Calculate the following dosage:     Order: Diphenhydramine 50 mg IM q6h prn for itching.      Available: 25 mg per mL   How many milliliters will the client receive in one dose? [BLANK-1]

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Calculate the following dosage:      Order: Epogen (erythro…

Calculate the following dosage:      Order: Epogen (erythropoietin) 1,000 units subcutaneous daily      Available: Epogen (Erythropoietin) 3,000 units/mL     How many milliliters will the client receive in one dose? [BLANK-1] What size syringe will the nurse use to administer this medication? [BLANK-2]

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Problem 3 (35 pts) A rigid, adiabatic tank with volume 2 m3…

Problem 3 (35 pts) A rigid, adiabatic tank with volume 2 m3 is initially filled with pure hydrogen at a temperature of 300 K and a pressure of 500 kPa.  The tank is connected through a valve to a source of pure helium that is at a temperature of 500 K and a pressure of 3000 kPa.  The valve is opened and 2 kg of helium is allowed to enter the tank. Model the hydrogen and helium as ideal gases with constant specific heat capacities.  The molar heat capacities, molar masses and the universal gas constant are listed below.  The ideal gas entropy relations are attached to the end of this exam.   Helium Hydrogen molar cP 20786 J/kmol-K 28528 J/kmol-K molar cv 12472 J/kmol-K 20214 J/kmol-K MW 4.003 kg/kmol 2.016 kg/kmol Runiv 8314.3 J/kmol-K   a.) Determine the mass and number of kmols of hydrogen initially in the tank (kg and kmol). Number of kmoles: 

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e.) Determine the entropy generated by this process (J/K).

e.) Determine the entropy generated by this process (J/K).

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e.) What is the rate of entropy generation associated with t…

e.) What is the rate of entropy generation associated with the condenser (kW/W)?

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