Answer:
Explanation: When the cloud lifted from above the tent, Miriam's skin was leprous-it became as white as snow. Aaron turned toward her and saw that she had a defiling skin disease, 11and he said to Moses, "Please, my LORD, I ask you not to hold against us the sin we have so foolishly committed. 12Do not let her be like a stillborn infant coming from its mother's womb with its flesh half eaten away." 13So Moses cried out to the LORD, "Please, God, heal her!" 14The LORD replied to Moses, "If her father had spit in her face, would she not have been in disgrace for seven days? Confine her outside the camp for seven days; after that she can be brought back." 15So Miriam was confined outside the camp for seven days, and the people did not move on till she was brought back.
Question Completion:
Pour 67 mL of Juice B followed by 29 mL of Juice A into the 100 mL graduated cylinder. What is the percent strength of each juice?
Answer:
The
percent strength of Juice B = 70%.
The percent strength of Juice A = 30%.
Explanation:
a) Data and Explanation:
Juice B = 67 mL
Juice A = 29 mL
Graduated Cylinder capacity = 100 mL
Total juice of B and A = 96 mL
The percent strength of Juice B = 70% (67/96)
The percent strength of Juice A = 30% (29/96)
b) The percent strength is the computation of how much of Juice A substance is dissolved into a specific amount of Juice B liquid. The percent strength establishes the part-to-whole relationships. A percent is a part of the 100 total parts. The 100 total parts in this case = 96 (67 + 29). Therefore, the part of Juice A in the total parts = 29/96 * 100 = 30% , while the part of Juice B in the total parts = 67/96 * 100 = 70%. Knowing the percent strength of each liquid helps to determine the content of each juice.
Answer:
The correct option is: A. Arcuate line
Explanation:
The rectus sheath is composed of aponeuroses of the transverse abdominal muscles and the internal and external oblique muscles and can be divided into the anterior laminae and the posterior laminae.
The arcuate line or the Douglas' line of the abdomen refers to the horizontal line at which the posterior layer, which is composed of the posterior laminae of the rectus sheath ends inferiorly.
Red blood cells (erythrocytes)
The red blood cells are highly specialized, well adapted for their primary function of transporting oxygen from the lungs to all of the body tissues. Red cells are approximately 7.8 μm (1 μm = 0.000039 inch) in diameter and have the form of biconcave disks, a shape that provides a large surface-to-volume ratio. When fresh blood is examined with the microscope, red cells appear to be yellow-green disks with pale centres containing no visible internal structures. When blood is centrifuged to cause the cells to settle, the volume of packed red cells (hematocrit value) ranges between 42 and 54 percent of total volume in men and between 37 and 47 percent in women; values are somewhat lower in children. Normal red blood cells are fairly uniform in volume, so that the hematocrit value is determined largely by the number of red cells per unit of blood. The normal red cell count ranges between four million and six million per cubic millimetre.
A <u>reservoir</u> is the primary habitat in the natural world from which a pathogen comes.
<h3>Pathogen:</h3>
An organism that causes the disease is called a pathogen. Your body is already teeming with bacteria. However, these organisms only become an issue if your immune system is compromised or if they are able to get into an area of your body that is typically sterile. Different from other organisms, pathogens can spread disease once they enter the body. A host is all that a pathogen requires to grow and survive.
The pathogen enters a host's body, avoids the immune system's defenses, and uses the host's resources to replicate before leaving and infecting a new host. Depending on the type, there are various methods by that pathogens can be spread. They can be transmitted by skin-to-skin contact, biological fluids, airborne particles, feces, touching a surface, and more. The reservoir is any population of organisms (or any environment) that harbors the pathogen and transmits it to the target population.
Learn more about pathogens here:
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