The question offers an image containing information regarding the patient by the name of Anita and her actions prior to arriving at the hospital.
We can describe the patient and her timeline up to her hospital visit by mentioning information about her:
- <em>Name </em>
- <em>Occupation</em>
- <em>Weight</em>
- <em>Age</em>
- <em>Actions prior to her hospital visit</em>
The patient in question is a 108 pound, 36-year-old female by the name of Anita Martin. The patient is indicated to be a security guard. As per the information given, the patient seems to have been working a night shift in a building in the vicinity of a recent train wreck that seems to have released chlorine gas. On her way to her car, Anita was exposed to chlorine gas, due to which she decided to drive to the hospital.
With this information, we will have properly described the patient in question so that the medical professionals at the hospital will have all the information necessary to proceed with an effective treatment plan for Anita's condition.
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Yes I’m here bored lol I’m sorry I’m not tripping I’m sorry bro I’m so sorry bro bro I just got a ride back home I’m sorry I’m gonna be here bored at the hotel I love uu and miss uu and I just got home and got home bored lol and that’s cool I love love bye love you mommy bye love mommy mommy bye bye bro bro love mommy bye mommy daddy mommy bye bye love you bye mommy mommy terio bye bye bro bro bye bye love you bye bye love love mommy mommy bye bye bro bro I’m so bored I just don’t teio do anything bro bye bro I’m gonna stop by your car I got no bro bye bro I’m gonna be home bye mommy bye bye bro bro bye bro I’m sorry bro I’m so
Decrease breathing rate hope it helps
The independent variable is the temperature. Independent variable refers to the variable in an experiment that can be changed by the scientists or the one making the experiment. A good experiments has a single independent variable and the changes observed will be the dependent variable. In this case, the dependent variable is the gender of the turtle.
Answer:
Mass/mass percent concentration means the mass of the solute/mass of the solution times 100. You know both the mass of the solute (0.870 g protein) and the mass of the solution (10.279 g solution). So divide and multiply your result by 100. (0.870 / 10.279 * 100)
Explanation: