Well some similarities are that vertebrates have no back bone but on the other hand the <span>invertebrates have no backbone</span>
Answer:
Peripheral vascular resistance (systemic vascular resistance, SVR) is the resistance in the circulatory system that is used to create blood pressure, the flow of blood and is also a component of cardiac function. When blood vessels constrict (vasoconstriction) this leads to an increase in SVR.
The relationship between BP and viscosity is such that, given a constant systolic BP, if blood viscosity increases, then the total peripheral resistance (TPR) will necessarily increase, thereby reducing blood flow. Conversely, when viscosity decreases, blood flow and perfusion will increase.
Answer: Incomplete
"Check all that apply. porosity, moisture, temperature, mineral, softness, or ease of dissolving"
<em>From the options, the three answers are </em><u><em>mineral composition,</em></u><em> </em><u><em>ease of dissolving</em></u><em> and p</em>
Explanation:
Weathering is the phenomenon in which surface of rocks are broken down and leaches or washed away.
The factors that affect the rock type and rate of weathering of said rock include:
- Composition: this translates to the <u>mineral composition </u>in the rock and how susceptible to chemical weathering reaction
- Surface area and porosity: Surface <u>porosity </u>determines how easily the rock can be leached by wind or rain.
- Climate: Mechanical weathering due to extreme climate change can cause freezing and thawing of the rocks, thereby enhancing disintegration of the rock. This is determined by the <u>ease of dissolving </u>of the rock.
Answer: C. 82.26%
Explanation:
Given : The red blood cell counts of women are normally distributed with
Let X be the random variable that represents the red blood cell counts of randomly selected woman.
Z-score : 
For X=4.2
For X=5.4
Now, the probability that the women have red blood cell counts in the normal range from 4.2 to 5.4 million cells per microliter will be :-
Hence, 82.26% of women have red blood cell counts in the normal range from 4.2 to 5.4 million cells per microliter.
