Write a phrase, the answer to which is present in the passage. The answer to this question should be completely and unambiguously found in the passage. The query must be about a single or multiple linked entities.
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Question: Driving Distances Calculated for Popular Canadian Cities: Driving Distances Calculated for Popular American Cities: Montreal Vancouver Quebec City Niagara-On-The-Lake Toronto Victoria Niagara Falls Ottawa Whistler Calgary Jasper St. John's Halifax Banff Richmond Mont Tremblant Winnipeg White Rock Charlottetown Kelowna Kingston Canmore See distance to other cities from Toledo Ohio USA measured in kilometers (km), miles and nautical miles and their local time. Distances are measured using a direct path, as the crow flies and the compass direction is shown as well. Gas cost estimates for this Detroit to Toledo trip If you were travelling in a vehicle that averaged 35 MPG and were paying $3.09 per gallon for your gas then the cost for a trip based upon an estimated distance of 63.6 drive miles from Detroit to Toledo * in gas would be in the region of $5.61 USD. What is the distance between Edinburgh AND Seymour? The distance between Edinburgh and Seymour in a straight line is 25 miles or 40.23 Kilometers . Driving Directions & Drive Times from Edinburgh to Seymour can be found further down the page. Find a hotel or search for more hotels in Seymour, In. Do you want to rent a car in Seymour, In : Region: Indiana : Country: United States (US) Time zone: America/Chicago: Sunrise: 05:12 Sunset: 14:20: Category: cities: Latitude: 38.9592201N: Longitude:-85.8902547E : Travel time to (by car) : Seymour, In (1 hours 26 mins) Driving time between Cincinnati, Oh and Seymour, In Distance; Perrysburg, OH to Toledo, OH: 11 Miles: Perrysburg, OH to Fremont, OH: 30 Miles: Perrysburg, OH to Lima, OH: 70 Miles The closest town to the halfway point is Botkins, OH, situated 99.58 miles from Toledo, OH and 152.91 miles from Indianapolis, IN. It would take 1 hour 25 mins to go from Toledo to Botkins and 2 hours 12 mins to go from Indianapolis to Botkins. There are 189.01 miles from Toledo to Indianapolis in southwest direction and 218 miles (350.84 kilometers) by car, following the SR 25 route. Toledo and Indianapolis are 4 hours 16 mins far apart, if you drive non-stop. This is the fastest route from Toledo, OH to Indianapolis, IN. The halfway point is Yoder, IN. Toledo, OH and Indianapolis, IN are in the same time zone (Eastern Daylight Time). Current time in both locations is 1:11 pm. See distance to other cities from Indianapolis Indiana USA measured in kilometers (km), miles and nautical miles and their local time. Distances are measured using a direct path, as the crow flies and the compass direction is shown as well. Getting reliable step by step Driving Directions can make any trip easier. What one has to do is to decide on which Maps to get the Directions from. However, at maps-to-directions.com, you will get Maps with current changes in Traffic Reports, Directions and Driving Directions updated in real time. With these Maps at hand, one gets the Directions to better plan for any journey. With these Maps, any driving direction is just a click away.

Answer: driving distance between toledo oh and seymour in

Question: Variables and Hypothesis Variables Scientists use an experiment to search for cause and effect relationships in nature. In other words, they design an experiment so that changes to one item cause something else to vary in a predictable way. For example, if you open a faucet. (the independent variable), the quantity of water flowing (dependent variable) changes in response--the water flow increases. The number of dependent variables in an experiment varies, but there is often more than one. Experiments also have controlled variables. Examples. 1 A researcher wants to determine if the color of an office has any effect on worker productivity. In an experiment, one group performs a task in a yellow room while another performs the same task in a blue room. In this example, the color of the office is the independent variable. Researchers want to learn whether listening to fast-paced music helps runners perform better during a marathon. In an experiment, one group of runners listens to fast-paced music while another group listens to slow-paced music. The independent variable is the one the scientist changes during an expert, while the dependent variable is the one the scientist measures to determine the results of the experiment. Controlled variables are ones that could potentially affect the experiment, and the scientist keeps them the same to make the experiment fair. Independent Variable. The variable that the scientist changes during the experiment is the independent variable. Think of the experiment as a cause and effect exercise. The independent variable is the cause factor. For example, to test the hypothesis that a seed needs light to germinate, the independent variable would be whether the seed was left exposed to light or covered with soil. If you hypothesize that Cub Scout pinewood derby cars are faster when the weight is near the rear, the placement of the weight is the independent variable. These changing quantities are called variables, and an experiment usually has three kinds: independent, dependent, and controlled. The independent variable is the one that is changed by the scientist. In an experiment there is only one independent variable. As the scientist changes the independent variable, he or she observes what happens. The dependent variable changes in response to the change the scientist makes to the independent variable. The new value of the dependent variable is caused by and depends on the value of the independent variable. (the independent variable), the quantity of water flowing (dependent variable) changes in response--the water flow increases. The number of dependent variables in an experiment varies, but there is often more than one. The independent variable is the one the scientist changes during an expert, while the dependent variable is the one the scientist measures to determine the results of the experiment. The independent variable is the one the scientist changes during an expert, ... Answer: An independent variable is exactly what it sounds like. It is a variable that stands alone and isn't changed by the other variables you are trying to measure. For example, someone's age might be an independent variable. Other factors (such as what they eat, how much they go to school, how much television they watch) aren't going to change a person's age. Many people have trouble remembering which is the independent variable and which is the dependent variable. An easy way to remember is to insert the names of the two variables you are using in this sentence in they way that makes the most sense. The hypothesis is worded so that it can be tested in your experiment. Do this by expressing the hypothesis using your. independent variable (the variable you change during your experiment) and your dependent variable (the variable that. changes in response and depends on changes in the independent variable).

Answer: during an experiment what is a independent variable

Question: transitory gradual decrease in fetal heart rate below baseline rate in contracting phase Late Decelerations (cause) uteroplacental insufficiency caused by uterine hyperactivity or hypertonicity, maternal supine hypotension, epidural or spinal anesthesia, placenta previa, abruptio placente, hypertensive disorders, postmaturity, intrauterine growth restriction, diabetes mellitus, and intraamniotic infection Interpretation of a CTG tracing requires both qualitative and quantitative description of: 1 Uterine activity (contractions) 2 Baseline fetal heart rate (FHR) 3 Baseline FHR variability. 4 Presence of accelerations. 5 Periodic or episodic decelerations. 6 Changes or trends of FHR patterns over time. Recent Posts. 1 Maternal micronutrients, nurturing environment boost child development. 2 Scientists reprogram embryonic stem cells to expand their potential cell fates. 3 The global toll of fetal alcohol syndrome. 4 Clean-fuel cookstoves may improve cardiovascular health in pregnant women. FHR DECELERATIONS. Fetal heart rate deceleration patterns have been given descriptive names including early, variable, and late deceleration patterns. EARLY FHR DECELERATIONS. An early deceleration (Figure 1.2) is a gradual decrease from the FHR baseline with a nadir in 30 Monitor for further FHR changes. Maintain maternal position on left side. Maintain good hydration with IV fluids (normal saline or lactated Ringer's). Discontinue oxytocin if it is being administered and late decelerations persist despite other interventions. Administer oxygen by face mask at 710 L/min. Monitor maternal blood pressure and pulse for signs of hypotension; possibly increase flow rate of IV fluids to treat. hypotension. early deceleration in fetal heart rate monitoring, a transient decrease in heart rate that coincides with the onset of a uterine contraction. late deceleration in fetal heart rate monitoring, a transient decrease in heart rate occurring at or after the peak of a uterine contraction, which may indicate fetal hypoxia. In 1997 and 2008, the National Institute of Child Health and Human Development published standardized definitions of FHR patterns, including late and variable decelerations. 4,5 A late deceleration is defined as a gradual (onset to nadir 30 seconds) decrease in FHR, with the onset, nadir, and recovery of the deceleration occurring after the beginning, peak, and ending of the contraction, respectively. This fetal heart rate deceleration quiz will help you learn how to differentiate between early decelerations, late decelerations, and variable decelerations. On the NCLEX exam and in your maternity OB nursing lecture classes, you will have to know how to identify each fetal heart rate tone deceleration. Fetal Heart Rate Decelerations (Decels) During labor and delivery, the heart rate of a fetus should remain steady but, with the application of force during contractions, may decelrate from the baseline rate. A normal baseline fetal heart rate usually falls between 120 and 160 beats per minute. There are three categories of decelerations: Early Decelerations: Bradycardia :Mean FHR < 110 BPM. 1 A rate of 100-119 BPM in the absence of other non reassuring patterns is not usually a sign of compromise[ 4] 2 Etiologies: Heart block (little or no variability), occiput posterior or transverse position, serious fetal compromise.

Answer:
early decelerations in fhr causes