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1 year ago

t applies for a life insurance policy and is told by the producer that the insurer is bound to the coverage as of date

1 answer:

8 0

T applies for a life insurance policy and is told by the producer that the insurer is bound to the coverage as of the date.

The correct answer is "Conditional receipt". A conditional receipt binds the insurer to coverage as of the date of the application or medical exam, provided the proposed insured is determined to be an acceptable risk.

Under a conditional receipt, the applicant and the insurance agency shape a "conditional" settlement this is contingent upon the situations that existed when an utility or medication exam is finished. It provides that the applicant is included right now as long as they bypass the insurer's underwriting requirements.

How is a conditional receipt nice described?

A conditional receipt is a document given to someone who applies for an coverage contract and has provided the preliminary top rate payment. This receipt manner that the character can handiest be insured if she or he meets the standards of insurability and is given approval by the insurance company.

How does a conditional receipt vary?

The distinction among a conditional binding receipt and a straightforward binding receipt is that a straightforward binding receipt requires the insurance organization to pay the dying gain as soon as the primary premium receives paid, whether or not the applicant is in the end approved or no longer. Conditional binding receipts are common.

Learn more about conditional receipt here :- brainly.com/question/14332118

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Lagle Corporation has provided the following information: Cost per Unit Cost per Period Direct materials$5.25 Direct labor$3.90

Vikentia [17]

Answer:

$16,050

Explanation:

The computation of the total amount of the period cost is shown below:

= Sales commission per unit × number of units sold + Fixed selling and administrative expense + Variable administrative expense per unit × number of units sold

= $1.80 × 4,500 units + $6,600 + $0.30 × 4,500 units

= $8,100 + $6,600 + $1,350

= $16,050

7 0

3 years ago

Where's the best place for a 17 year old to work at.<br> ps. im 17

mars1129 [50]

Finding the right place to be a waitress at could be really good :) But if you're not too inclined to rely mostly on tips here's a list of good places that have some benefits (free food, flexible schedule, etc.)

McDonalds
Lifeguard
Babysitter
Chipotle
Gas stations (I know someone who works there who says they offer a very flexible schedule)
Gap
Subway
Sonic
Little Cesar's
Rue 21 (or other stores similar to that)
Starbucks (they offer amazing benefits!)
Target
Apple support (I believe they send you a computer and all to be able to work and you also get discounts)

You can find plenty more online. Keep in mind that at 17, you can practically work anywhere! Good luck & hopefully this helped!! :))

4 0

3 years ago

Read 2 more answers

An oil refinery is located on the north bank of a straight river that is 3km wide. A pipeline is to be constructed from the refi

Mariulka [41]

Answer:

$6,598,076.21

Explanation:

<h2>THE KEY IS TO FIND OUT THE COST FUNCTION, the calculations are very easy!!!</h2><h2></h2><h3>In order to find the cost function, take a look at the drawing attached. </h3>

We can see the river (sort of) that is 3 km wide and the storage tanks on the other side of the river 8 km apart.

<h3 />

Laying pipes under (across) the river costs 1,000,000 the km & laying pipes over land costs 500,000 per km.

<h3 /><h3>So basically the cost function is 1,000,000 multiplied by something plus 500,000 multiplied by another something.</h3><h3 />

The distance across the river can be found by using Pythagoras Theorem. A side is 3 km the other is unknown, so we call it X. And it is equal to:

$\sqrt{3^{2} +x^{2}}=\\\sqrt{9 +x^{2}}$

And we multiply it by 1,000,000; the cost of laying pipe under the river, the we get:

$1000000\sqrt{9+x^{2}$

The distance over the land is (8-x), as we can see in the drawing. So we multiply it by its cost, 500,000. And we get 500,000(8-x).

So the cost function f(x) would be:

$f(x)=1000000\sqrt{9+x^{2}} + 500000(8-x)$

<h2>From here, we just have to differentiate and the derivative found must be equal to zero in order to minimize cost. </h2><h3>The value of x when the derivative is zero is plugged in the original function to get the cost.</h3><h3 /><h2>LET'S DO THIS</h2>

$f(x)=1000000\sqrt{9+x^{2}} + 500000(8-x)\\f(x)=1000000(9+x^{2})^{1/2}+4000000-500000x\\f'(x)=\frac{1}{2} 1000000(9+x^{2})^{-1/2}(2x)-500000\\\\f'(x)=\frac{1000000x}{\sqrt{9+x^2}} - 500000$

$f'(x)=\frac{1000000x}{\sqrt{9+x^2}} - 500000=0\\\frac{1000000x}{\sqrt{9+x^2}} = 500000\\\frac{2x}{\sqrt{9+x^2}} = 1\\2x={\sqrt{9+x^2}}\\4x^2=9+x^2\\3x^2=9\\x^2=3\\x=\sqrt{3} \\$

And we plug square root of 3 in the original cost function ad we get

$f(\sqrt{3} )=1000000\sqrt{9+x^{2}} + 500000(8-x)\\f(\sqrt{3})=1000000\sqrt{9+(\sqrt{3} )^{2}} + 500000(8-(\sqrt{3}))\\f(\sqrt{3})=1000000\sqrt{9+3} + 500000(8-(\sqrt{3}))\\f(\sqrt{3})=1000000\sqrt{12}+500000(6.27)\\f(\sqrt{3})=1000000(3.46)+500000(6.27)\\f(\sqrt{3})=3464101.62+3133974.60\\f(\sqrt{3})=6598076.21\\$

<h2>so the minimal cost is $6,598,076.21</h2><h2 /><h3 />

6 0

3 years ago

Saira's Maid Service began the year with total assets of $120,000 and stockholders' equity of $40,000. During the year the compa

Snezhnost [94]

Answer:

Stockholders' equity at the end of the year was $110,000.

Explanation:

Beginning Balance of Stockholder's Equity = $40,000

Net Income for the year = $90,000

Dividend declared in the year = $20,000

Ending Balance of Stockholder's Equity = Beginning Balance of Stockholder's Equity + Net Income for the year -Dividend declared in the year

Ending Balance of Stockholder's Equity = $40,000 + $90,000 - $20,000

Ending Balance of Stockholder's Equity = $110,000

8 0

3 years ago

Data for Divisions A, B, C, D, and E are as follows:

Law Incorporation [45]

Answer:

1. A

2. B WHICH DIVISONS IS MUST PROFITABLE IN TERM OF RACE OF TURN ON ENVRONMENT

6 0

3 years ago