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Bladder distention upon palpation indicates urinary retention, meaning the client is unable to void effectively or empty the bladder completely. In the postpartum period, a full bladder can inhibit uterine contraction and increase the risk of postpartum hemorrhage because a distended bladder displaces the uterus, preventing it from clamping down appropriately. The normal range for post-void residual volume is typically less than 100 mL.

Not feeling the urge to urinate may be due to decreased bladder sensation following labor and delivery or effects of regional anesthesia, which can lead to urinary retention. Effective voiding is characterized by the ability to sense the urge to void, initiate urination, and empty the bladder, typically passing at least 150 mL per void after catheter removal.

Lateral displacement of the uterus is a common sign of a distended bladder. A full bladder pushes the uterus out of its normal midline position, impairing its ability to contract effectively, which increases the risk for uterine atony and subsequent postpartum hemorrhage. The fundus should remain firm and in the midline position after effective voiding.

Hemorrhagic shock results from significant blood loss, leading to decreased circulating blood volume and subsequent hypotension. Therefore, hypertension is not expected; instead, the nurse should anticipate hypotension as a classic sign, indicating the body's compensatory mechanisms are failing to maintain adequate perfusion. Systolic blood pressure below 90 mmHg is a common indicator of shock.

Initial compensatory mechanisms in shock, driven by the sympathetic nervous system, usually include tachypnea (increased respiratory rate) to enhance oxygenation and address resulting metabolic acidosis. Bradypnea (abnormally slow respiratory rate, normal 12-20 breaths/min) is a late and ominous sign, reflecting profound central nervous system depression and circulatory failure.

Hemorrhagic shock causes a severe reduction in renal blood flow due to vasoconstriction and low systemic pressure. This results in oliguria (urine output <30 mL/hr) or anuria, not polyuria. Decreased urine output is a critical indicator of inadequate perfusion to the kidneys and is a classic finding in progressing shock.

A pain rating of 3/10 indicates mild pain and is a expected finding following a vaginal birth with a third-degree laceration repair. Pain alone is not the primary indicator for catheterization unless it is severe enough to prevent voiding. The focus for catheterization is on signs of urinary retention and its consequences, like uterine atony.

Lochia rubra (bright red discharge, typically lasting 1-3 days) is the expected type of lochia 4 hours postpartum, and a moderate amount is normal. The characteristics of lochia are indicators of uterine involution and healing, but do not directly confirm the need for a catheterization due to inability to void.

Ecchymosis (bruising) and edema of the perineum are expected signs following a vaginal birth, especially with a laceration and repair. While swelling can sometimes contribute to difficulty voiding, it is an expected localized finding and not the most direct indicator that immediate straight catheterization is required to manage urinary retention.

Urinary frequency is a common discomfort throughout the third trimester of pregnancy due to the pressure of the enlarged uterus on the bladder. While present, it is not a specific indicator of the progression of labor from the latent to the active phase, which is characterized by measurable changes in cervical dilation and effacement.

Increased blood-tinged vaginal mucus, known as "bloody show," results from the cervical capillaries breaking as the cervix effaces and dilates. While this indicates cervical change, the most definitive sign of labor progression is a change in the frequency, duration, and intensity of contractions coupled with measurable descent or cervical dilation increase.

The station is the relationship of the presenting part to the ischial spines (zero station). The client's initial station was -1 cm. A change to -3 cm station indicates the fetus has moved up and away from the ischial spines, which signifies regression, or higher negative numbers, in the engagement, not the desired progression into the maternal pelvis.

Asking about the fluid's color (clear, meconium-stained, bloody) provides information about fetal well-being and potential complications (like meconium aspiration), but it is a secondary assessment. While important, it does not supersede the need to immediately assess the most urgent physiological parameter of fetal status, which is the heart rate.

Monitoring cervical dilation is necessary to determine the stage and progress of labor. However, in the setting of ruptured membranes, assessing the immediate safety and stability of the fetus takes precedence over checking labor progress. A vaginal exam to check dilation is done after assessing FHR and ruling out immediate emergencies like cord prolapse.

Determining the vaginal pH with Nitrazine paper can confirm if the fluid is amniotic fluid (alkaline, pH 7.0-7.5) or urine/vaginal secretions (acidic). While this confirms the rupture of membranes, establishing the status of the fetus by assessing the FHR is the most critical and life-saving priority action to take first to prevent or quickly address fetal hypoxia.

Limiting visitors solely to immediate family is a hospital policy matter and while it may reduce traffic, it does not directly address the active physical security measures necessary to prevent infant abduction, which relies on a multi-faceted approach including staff vigilance, electronic systems, and parent education.

Sending the newborn to the nursery is a practice that increases the distance between the parent and the infant, potentially decreasing immediate parental observation and vigilance. Current best practices emphasize "rooming-in" to keep the newborn at the bedside, promoting bonding and constant parental awareness of the infant's whereabouts.

The electronic monitoring band is a vital part of the hospital's security system, often triggering an alarm if the infant is moved near an exit or beyond a designated area. Removing this band at any time, even for bathing, compromises the continuous electronic surveillance and increases the risk of abduction.

Misoprostol is a prostaglandin analog used to prevent or treat postpartum hemorrhage by inducing uterine contractions, but it is not the primary intervention for preeclampsia without severe features, which focuses on blood pressure control and seizure prophylaxis.

Administering an IV bolus of lactated Ringer's is generally contraindicated in preeclampsia because it can increase the risk of pulmonary edema due to generalized fluid retention and increased capillary permeability characteristic of the disorder. Fluid management should be conservative.

Restricting daily oral fluid intake can lead to dehydration and is not a standard or necessary practice for preeclampsia management without severe features, unless there is evidence of pulmonary edema or acute kidney injury. The focus is on careful fluid balance, not routine restriction.

While oxygen is important for hypoxia secondary to blood loss, administering it at 2 L/min via nasal cannula is typically insufficient for a client experiencing significant hemorrhage. High-flow oxygen, such as 10 to 15 L/min via nonrebreather mask, is usually required to maximize oxygen saturation.

Starting an IV bolus of Dextrose 5.

The knee-chest position is generally used to relieve cord compression or help with the manual rotation of the fetus, but it is not an established intervention for managing postpartum hemorrhage. The client should be positioned flat with legs elevated to promote venous return and manage shock.

Incorrect.

Step 1 is: Start with the first day of the last menstrual period (LMP): July 21st.

Step 2 is: Subtract 3 months: July minus 3 months is April.

Step 3 is: Add 7 days to the LMP day: 21 plus 7 days is the 28th.

Step 4 is: Add 1 year: April 28th of the following year. Final calculated answer: April 28th.

Incorrect.

Step 1 is: Start with the first day of the last menstrual period (LMP): July 21st.

Step 2 is: Subtract 3 months: July minus 3 months is April.

Step 3 is: Add 7 days to the LMP day: 21 plus 7 days is the 28th.

Step 4 is: Add 1 year: April 28th of the following year. Final calculated answer: April 28th.

Incorrect.

Step 1 is: Start with the first day of the last menstrual period (LMP): July 21st.

Step 2 is: Subtract 3 months: July minus 3 months is April.

Step 3 is: Add 7 days to the LMP day: 21 plus 7 days is the 28th.

Step 4 is: Add 1 year: April 28th of the following year. Final calculated answer: April 28th.

Bilirubin monitoring is critical for jaundice due to hemolysis, often seen in ABO incompatibility or cephalohematoma. While Large for Gestational Age (LGA) infants can have polycythemia, hypoglycemia is a more immediate and life-threatening risk that requires priority monitoring in the first hours of life. The normal total bilirubin range is typically less than 5 mg/dL in the first 24 hours.

White blood cell (WBC) count is primarily monitored to detect neonatal sepsis or infection. While all newborns are at risk, the LGA classification does not inherently place them at a higher, unique risk for infection compared to the immediate metabolic derangement risks like hypoglycemia. The normal WBC count range is 9,000 to 30,000 cells/mm.

Arterial Blood Gases (ABGs) are used to assess the newborn's respiratory status and acid-base balance, particularly in respiratory distress syndrome or persistent pulmonary hypertension. While LGA infants can experience birth trauma or meconium aspiration, ABG monitoring is not routine unless significant respiratory symptoms are present.