A nurse is caring for a client ordered ceftazidime 1g IM every 6 hours. The drug comes in a vial with a powder which is reconstituted with 3mL of sterile water for a final concentration of 280 mg/mL. How many mi. will be drawn into the syringe for the dose ordered? Do not use leading zero (Round to the tenth)

A) At the umbilicus:
After delivery, the fundus is typically located at or just below the umbilicus in the immediate postpartum period, but it will gradually descend over the next few days. By 8 hours postpartum, the fundus is often slightly below the umbilicus, not directly at the umbilicus. The fundus will continue to shrink in size and move downward toward the pelvic region as the uterus contracts and involutes.

B) At a non-palpable depth:
A fundus that is non-palpable is generally expected later in the postpartum period, typically by 10-14 days after delivery, as the uterus contracts and returns to its pre-pregnancy size. At 8 hours postpartum, the fundus is still palpable, generally just below the umbilicus, and should be evaluated for firmness and position.

C) Just above the symphysis pubis:
The fundus is usually higher than the symphysis pubis at 8 hours postpartum, as it is still in the process of descending from the higher position it occupied during pregnancy. It would be expected to be just below the umbilicus or about 1 to 2 finger widths below it. By the second or third day postpartum, the fundus begins to move lower toward the symphysis pubis as it continues to involute.

D) Just below the umbilicus:
Eight hours after delivery, the nurse should expect to palpate the fundus just below the umbilicus. This is a typical finding as the uterus begins to contract and shrink after the delivery of the placenta. The fundus will descend about 1-2 cm per day postpartum, so by 8 hours, it is usually just slightly below the level of the umbilicus.

A) Fetal baseline rate increasing at least 5 beats per minute:
An increase in the fetal baseline heart rate of 5 beats per minute is typically not associated with uteroplacental insufficiency. A baseline increase could indicate early signs of fetal stimulation, such as from fetal movement or excitement, but it does not align with the characteristic response to uteroplacental insufficiency, which usually causes signs of distress like late decelerations or fetal heart rate variability.

B) A shallow deceleration occurring with the beginning of contractions:
A shallow deceleration with the onset of contractions may suggest early decelerations, which are typically caused by fetal head compression during labor. Early decelerations are not typically associated with uteroplacental insufficiency, which generally leads to later decelerations. Early decelerations are generally considered benign and do not indicate oxygen deprivation or fetal distress.

C) Fetal heart rate declining late in contraction and remaining depressed:
Late decelerations, where the fetal heart rate drops after the peak of a contraction and stays depressed afterward, are a classic sign of uteroplacental insufficiency. This pattern occurs due to reduced blood flow and oxygen delivery to the fetus during contractions, leading to fetal hypoxia. Late decelerations suggest compromised placental function and require prompt attention to prevent further fetal distress.

D) Variable decelerations, too unpredictable to count:
Variable decelerations, characterized by abrupt drops in fetal heart rate with varying timing and duration, are usually caused by umbilical cord compression. While these decelerations can indicate fetal distress, they are not directly linked to uteroplacental insufficiency. Uteroplacental insufficiency typically leads to late decelerations, not variable decelerations.