The two different systems which are responsible for renal autoregulation are:
- Myogenic mechanism
- Tubuloglomerular feedback mechanism.
<h3>What is renal autoregulation?</h3>
Renal autoregulation mechanism is a kind of myogenic autoregulation which maintains a constant renal blood flow at varying arterial pressure.
So therefore, The two different systems which are responsible for renal autoregulation are: Myogenic mechanism
and Tubuloglomerular feedback mechanism.
Complete question:
What are two systems which are responsible for renal autoregulation?
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The incidences are:
Kevin Prince Boaten, a football player from Ghana, was constantly noticed because of his black race.
<h3>How does racism influence participation in sport?</h3>
Others are:
- Jackie Robinson, experienced being criticized for his black color but he was said to be the first African-American player.
- Anthony Mundaine was a player in Australia who opt for boxing instead of being in the Rugby League as a result of racial discrimination.
Racism is known to be a major to participation in sports. Note that as a result of people experiencing discrimination, there may be a reduction in the people's participation in it.
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Answer:
A. property risk
Explanation:
Jeannine is protecting herself against property risk. This type of risk applies to events that directly affect the individual's property in any way and could not have been avoided/prevented. This includes fires, floods, weather, and natural disasters, terrorist attacks, etc. If such an event occurs and damages your property, an insurance policy that covers property risk would cover your damages up to the value stated in the policy. However, this does not cover damages caused by mistakes made on your behalf such as damages when remodeling or parties thrown, etc.
Answer:
chemical, substance, different
Explanation:
This is what I would put... the question sounds rather open ended though. HTH :)
The value of kb of cyclohexane in the given question is; kb = 2.82 °C/m
<h3>Understanding Molality of a Solution</h3>
Molality of solution = (Number of moles of C₆H₄Cl₂)/(Mass of Cyclohexane)
Now;
Number of moles of C₆H₄Cl₂ = Mass/molar mass = 2g/147 g/mol
Number of moles of C₆H₄Cl₂ = 0.0136 mol
Molality of solution = 0.0136/(22.5 * 10⁻³ kg)
Molality of solution = 0.6 m
Now, to find kb for cyclohexane, we will use the formula;
T_b(solution) - T_b(solvent) = kb × molality of solution
Thus;
82.39 - 70 = kb * 0.6
kb = (82.39 - 70)/0.6
kb = 2.82 °C/m
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