Chapter 3.2, Problem 1E

You receive a medication order to infuse 1 200 mL of D5W over 8 hours. The drop factor is 20 gtt/mL. At what drip rate will you administer the IV?Indicate the quantity and unit of measure where specified. Quantity: Unit:

Explain in detail about arteriography, adding pictures below the explanation

A patient has tachycardia and has amiodarone infusing at 15 mL/h. The amiodarone concentration is 300 mg in 500 mL.  At what rate, in mg/min, is the amiodarone infusing? Round to the tenth if applicable. A patient with a dysrhythmia has procainamide ordered at 2 mg/min. The concentration is procainamide 4g in 100 mL of D5W. How Many mL/h should the IV pump be programmed for? Round to the tenth if applicable. The patient is ordered to receive 16 units/h of regular insulin. Available is 200 units of regular insulin in 250 mL of 0.9% NS.  At what rate in mL/h should the infusion pump be set at? Round to the tenth if applicable . Lanoxin Pediatric elixir is available 0.05 mg/mL. The ordered amount by the doctor is 45 mcg per dose two times per day. What is the amount in mL that the nurse will give per dose via oral syringe? Round to the tenth if applicable.

indicate the therapeutic technique being used: The physician orders a new blood pressure pill for a patient. The nurse enters the patient’s room to administer the medication and the patient refuses, stating that he takes “too many darn pills”. The nurse answers, “I understand that taking several pills can be upsetting. Your blood pressure has been elevated for the past two days and your doctor prescribed a stronger blood pressure medication.”

A medication order states, lidocaine 4 grams in 1000 mL D5W IV to infuse at 2 mg/min. What is the infusion rate in mL/hr? (Record answer as a whole number. Do not use a trailing zero.

Use the word bank below to complete the following statements. (Terms can be used more than once.) Perfusion flow decrease increase stay the same is the amount of blood moving through an organ, tissue, or blood vessel in a given time (ml/min) is the flow per given volume of tissue (ml/min/g) If you increase the diameter of a vessel, the flow through that vessel will If you increase the length of the vessel, the resistance of that vessel will and the flow will If you reduce the viscosity of blood, blood flow will

SUBJECTIVE: Jim is a 55-year-old male who presents to the Urgent Care Clinic after an episode of intense chest pain, tingling and numbness that radiates down his left arm that occurred while driving his daughter to a school concert. The pain was relieved by placing a nitroglycerin tablet under his tongue. Because of concerns from both his daughter and wife, he is here today for a follow-up. OBJECTIVE: BP is 145/90, respirations 20, pulse is regular. Temperature normal. His chest X-ray reveals a pacemaker on the left, cardiomegaly and increased markings of congestive heart failure. The EKG reveals normal rate and rhythm. ASSESSMENT: 1. Angina pectoris 2. Cardiomegaly 3. Possible CHF 4. Hypertension

. A 45-year-old man complains of sharp stabbing pain in the chest, cough and shortness of breath of recent origin. The physician orders a CT scan of the chest after observing that the X-ray chest did not reveal any finding. CT scan demonstrates an aneurysm that has dissected the wall of the descending thoracic aorta. Which structure in the CT showed the aneurysmal defect? A/B/C/D/E E

You are delivering IV fluids according to the following medication order: “Give D10W IV at 40 mL/hr over 5 hours.”After 2 hours, the patient has received 50 mL of D10W. What is the new flow rate for the remainder of the prescription?Indicate the quantity and unit of measure where specified. Quantity: Unit: