Answer:
Hello, Mrs. Lala Wayne
I am currently looking for a position in midwifery at your hospital, Hospital, and have attached my resume for your review.
I am a registered nurse and a licensed midwife in this state, and I have been a midwife for over seven years. In my previous experience, I performed midwife nursing functions in the care of pregnant women while also monitoring and observing their condition. My communication skills are excellent, allowing me to obtain a medical history and perform screening tests as directed by the physician. These abilities are also required in order to assist mothers during their labor processes through midwife nursing care.
I can also provide new mothers and their babies with follow-up nursing care and educate them on breastfeeding, bathing, and dressing their babies. This includes instructing and educating mothers on issues concerning baby healthcare. I have no problem educating pregnant women on gynecological health care and can counsel all women on birth control issues if necessary. There would be no problem administering any and all medications as prescribed by the consulting physician.
Please feel free to contact me at any time by calling (819)-999-9999.
Respectfully,
Anna mortyomor
Answer:
14.8% of H2O2
Explanation:
Based on the redox reaction of H2O2/MnO4- is:
2MnO4- + 5H2O2 + 6H+ ⇄ 2Mn2+ + 5O2 + 8H2O
<em>2 moles of KMnO4 react with 5 moles of H2O2</em>
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To solve this question we need to find the moles of KMnO4 until reach the endpoint. Using the balanced reaction, we can find the moles of H2O2 that must be converted to grams using its molar mass -Molar mass H2O2: 34.015g/mol-:
<em>Moles KMnO4:</em>
0.0297L * (1.4686eq/L) = 0.04362eq MnO4- * (1mol / 5eq) = 0.008723 moles MnO4-
<em>Moles H2O2:</em>
0.008723 moles MnO4- * (5mol H2O2 / 2mol MnO4-) = 0.02181 moles H2O2
<em>Mass H2O2:</em>
0.02181 moles H2O2 * (34.015g/mol) = 0.7418g H2O2
<em>%:</em>
0.7418g H2O2 / 5.0mL * 100
<h3>14.8% of H2O2</h3>
Answer:
Exact form: 515/4
Decimal form: 128.75
Mixed-number form: 128 3/4
Explanation:
hope this helps :)
Answer:
The correct answer is B.
Explanation:
Cholesterol desmolase, also known as side-chain cleavage enzyme catalyzes the conversion of <em>cholesterol into pregnenolone</em>, which is the limiting step in steroid synthesis.
This enzyme is of the family cytochrome P450, the specific gene for this enzyme is CYP11A1.
