The given statement exists true.
The diameter of the efferent arterioles in the glomerulus decreased while
- Net filtration pressure will decrease.
- The glomerular filtration rate will decrease.
- Urine output will decrease.
- Systemic blood pressure will decrease.
<h3>What would happen if the diameter of the efferent arterioles in the glomerulus decreased?</h3>
- The net pressure of filtration will drop.
- The rate of glomerular filtration will slow down.
- Urine production will drop.
- The level of systemic blood pressure will drop.
The approaching (afferent) arteriole has a larger diameter than the outgoing (efferent) arteriole (by which blood leaves the glomerulus). The difference in diameter between the entering and leaving arterioles causes the blood pressure inside the glomerulus to rise.
The blood components are forced out of the glomerular capillaries by elevated blood pressure. Glomerular filtration is hindered and slows down if the diameter of the efferent arteriole exceeds that of the afferent arteriole. Without the real pressure gradient, it is also impossible to filter out all the components.
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Answer:
The most likely factor that this department store company would have considered in discontinuing its credit card operations is the issue of bad debt.
Bad debt may likely have prevented them from making the required profit to cater for the needs of the company such as payment of salaries and purchase of goods which if not treated may lead to the collapse of the company.
Answer:
relating the topic to the audience
Explanation:
Based on the scenario being described within the question it can be said that to gain attention and interest Paul related the topic to the audience. Paul did this by comparing Lou Gehrig to the audiences daily lives at school. By doing this it is catching the audiences attention which in term causes them to be interested in the rest of the speech that Paul is giving.
Future Value is $7,327.20
<h3>What is compound interest ?</h3>
Compound interest is the interest on deposits that is computed using both the original principal and the interest accrued over time.
It is thought that the concept of "interest on interest" or compound interest first appeared in Italy in the 17th century. Compared to simple interest, which is just charged on the principal amount, it will cause a sum to grow more quickly.
Money grows more quickly when it is compounded, and compound interest increases as the number of compounding periods increases.
CI formula : A = P(1 + r/n)^nt
where,
P = principal balance,
r = interest rate,
n = number of times interest is compounded per time period and
t = number of time periods.
To solve this question :
A = P(1 + r/n)^nt
= 6,000 (1 + 0.02/12) 120
= USD 7,327.20
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Answer: C.
Explanation: When you pay any bill, you don't borrow money, you give your own money to the company or whoever you are giving the money to.
