The prescription is for Ampicillin 1.5 grams to be added to 100mL of Normal Saline, to be infused over 120 minutes. The Drop Factor is 60gtt/mL. The pharmacy has provided Ampicillin 500mg in a 10mL vial. Calculate the flow rate in gtt/min at which the IV fluid should flow.
(Consider the medication that must be added to the total volume of fluid)

Choice A rationale:
Planning is conducted during the initial stage of Lewin's change model, known as the unfreezing phase. This phase involves creating awareness of the need for change, building support, and developing a plan for implementation. It's not part of the refreezing phase.
Choice B rationale:
Change is initiated during the second stage of Lewin's change model, known as the change or transition phase. This phase involves implementing the planned changes, providing training and support, and addressing resistance. It's not part of the refreezing phase.
Choice C rationale:
The need for change is recognized during the unfreezing phase, not the refreezing phase. Recognizing the need for change is a crucial step in initiating the change process, but it's not the focus of the refreezing phase.
Choice D rationale:
Change becomes permanent during the refreezing phase. It involves solidifying the new behaviors and practices that have been implemented during the change phase. This is achieved through various strategies, such as:
Reinforcement of the new behaviors through rewards, recognition, and positive feedback
Integration of the new behaviors into organizational policies, procedures, and structures
Creation of a supportive culture that encourages and sustains the change
Ongoing monitoring and evaluation to ensure that the change is sustained over time

Choice A rationale:
Total urinary incontinence is the involuntary loss of all urine from the bladder. It is not synonymous with micturition, which is a controlled process of bladder emptying.
Incontinence can stem from various factors, including neurological disorders, muscle weakness, medication side effects, and structural abnormalities.
It's essential to distinguish between incontinence and micturition for accurate diagnosis and treatment.
Choice B rationale:
Micturition, also known as urination or voiding, is the physiological process of emptying the urinary bladder. It involves a coordinated interplay between the nervous system, bladder muscles, and urethral sphincters. When the bladder fills with urine, stretch receptors signal the nervous system, prompting the urge to urinate. If conditions are appropriate, the nervous system initiates a series of events:
The detrusor muscle in the bladder wall contracts.

The internal urethral sphincter relaxes, opening the pathway for urine to flow.
The external urethral sphincter, under voluntary control, relaxes to allow urine to pass through the urethra and out of the body.
Choice C rationale:
The inability to completely empty the bladder is called urinary retention.
It can result from various causes, including obstruction (e.g., enlarged prostate, urethral stricture), neurological disorders, medications, and pelvic floor dysfunction.
Urinary retention differs from micturition, as it involves incomplete bladder emptying.
Choice D rationale:
Catheterization is the process of inserting a thin, flexible tube (catheter) into the bladder to drain urine.
It's a medical procedure performed for various reasons, such as urinary retention, bladder obstruction, or to collect urine samples.
Catheterization is not a natural process of micturition, but a medical intervention.