Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. Order to administer 1 L of D5W IV over 8 hours. How many drops / minute will you set if you are using tubing with a drop factor of 15? _________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. Order: piperacillin sodium / tazobactam sodium (Zosyn) 375 g in 50 mL D5W to run over 20 minutes. How many gtt/ minutes is the flow rate if the IV tubing has a drop factor of 15?   ________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. Ordered: 250 mL of packed red blood cells to infuse over 3.5 hours.  Drop Factor: 20 gtt/mL Calculate the flow rate in drops per minute. __________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. The physician orders 500 mL of NS to infuse at 240 mL/hr for a patient with vomiting. Tubing drop factor is 15 gtt/mL. Calculate the flow rate in drops per minute. ___________________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. The nurse is caring for a client with gout who is prescribed IV pegloticase.  At what rate in drops per minute (gtt/min) should the nurse infuse the prescribed pegloticase?  Medication administration record Allergies:  None   Medication Instructions Pegloticase:  8 mg IV every 2 weeks Administer each dose over 2 hr. Medication package insert For IV route: Dilute 8 mg per 1-mL vial by adding it to a 250-mL infusion bag of 0.9% sodium chloride solution and mix well.  Ensure that medication is administered at room temperature. Tubing available is: At what rate in drops per minute (gtt/min) should the nurse infuse the prescribed pegloticase? _____________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. Order: 250ml LR IV @ 50cc/hr Drop Factor:  60 gtt/mL Calculate the flow rate in drops per minute. _____________ gtt/min

Insert the correct responses. Round weights to the nearest t…

Insert the correct responses. Round weights to the nearest tenth, milligrams to the nearest tenth, mL/hr and gtt/min to the nearest whole number. If mL is less than one round to the hundredths place, greater than 1 mL round to the tenths. The doctor orders the following IV for 24 hours to infuse at 80 mL/hr:  1 L D5W with 20 mEq KCl.  The drop factor is 15 gtt/mL. Calculate the flow rate in drops per minute. ________________ gtt/min

Implement the following FSMD using the 1-process model.  //…

Implement the following FSMD using the 1-process model.  // inputs: go, n// outputs: result, done// Done should be asserted indefinitely, but cleared one cycle after go is asserted.// Don’t reset anything except the state registerdone = 0;while(1) {    while (go == 0);    // Initialize state   done = 0; // Initialize registers (n_r = n should happen when go is asserted) n_r = n; i_r = 0; sum_r = 0;   while (i_r