Hope this helps <span>1) </span><span>Equations with negative values for a</span><span> produce graphs that open down and equations with a positive values for a</span> produce graphs that open up.
<span>2)<span> </span></span><span>As the absolute value of a gets larger our graphs become more narrow (they shoot towards positive or negative infinity faster). This is more interesting than it might appear. If you consider the second derivative of any quadratic it will be the a</span><span> value. The second derivative represents acceleration, so the larger the a value the faster the increase of velocity and accordingly a quicker progression towards positive or negative infinity. Check this out in graphing calculator, press play to vary the value of a from -20 to 20. Notice that when the value of a approaches zero, the approximates a line, and of course when a is 0 we have the line y</span><span> = 2x</span><span> – 1.</span>
The face value of the largest 20-year term policy which Maria can buy without spending more than $300 annually is $158,000.
<h3>What is face value?</h3>
Face is the term used in finance, is used for the amount which has to be paid to the policyholder at the time of maturity.
Maria, age 28, wants to pay no more than $300 a year in life insurance.
The period for this policy is 20-year term.
Annual life insurance premium (per 1,000 dollars of face value) for age 28.
- A 10-year term for female is 1.28,
- A 15 year term for female is 1.54,
- A 20 year term for female is 1.89,
- A whole life for female is 9.46.
For the 20 year term for female is 1.89 and annular premium is $300. Thus, the face value is,
Thus, the face value of the largest 20-year term policy which Maria can buy without spending more than $300 annually is $158,000.
Learn more about the face value here;
brainly.com/question/25596583
Raw material for 500 units per week = 500 x $10 = $5000
Cost of hiring 20 workers per week = 20 x 40 x 25 = $12000
Rental = $2250
Total = 5000 + 12000 + 2250 = $19 250
Answer:
$10.5
Step-by-step explanation:
Given data
P=$150
T= 1year
R= 7%
The simple interest formula will give the accurate amount at the end of each year
A=P(1+rt)
A=150(1+0.07*1)
A=150*1.07
A=$160.5
The withdrawal = 160.5-150= $10.5
Hence the withdrawal will be $10.5
Answer:
54
Step-by-step explanation:
Because you add them and you get what will equal 54.
