Advantages of mixed economy

Which life insurance policy would be eligible to include an automatic premium loan provision? increasing term level term decreas

Aleksandr [31]

The answer is "Whole life".

Whole life insurance is for the most part utilized when the requirement for disaster protection is long lasting, or changeless. Also it has a worked in investment funds component since you will pay premiums and consequently develop a money esteem inside the arrangement. Also, Whole life insurance might be utilized as a piece of your bequest arranging.

Premiums for entire disaster protection can be considerably higher than premiums you would pay at first for a similar measure of term protection, however they are littler than the premiums you would in the end pay if you somehow managed to continue reestablishing a term protection arrangement until the guaranteed's later years.

4 0

4 years ago

An important problem facing the Fed is that Group of answer choices it lost effective control over the monetary base. the goals

Lena [83]

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4 0

3 years ago

jorge has a new job in an office. which of the following safety procedures will he most likely need to learn? a. how to handle b

maria [59]

B, how to exit safely in the event of a fire.

7 0

4 years ago

Let $S$ be the set of complex numbers of the form $a + bi,$ where $a$ and $b$ are integers. We say that $z \in S$ is a unit if t

lakkis [162]

Answer:

Number of units possible in S are 4.

Explanation:

Given S is a set of complex number of the form $a+bi$ where a and b are integers.

$z\in S$ is a unit if $w\in z$ exists such that $zw=1$ .

To find:

Number of units possible = ?

Solution:

Given that:

$zw = 1$

Taking modulus both sides:

$|zw| = |1|$

Using the property that modulus of product of two complex numbers is equal to their individual modulus multiplied.

i.e.

$|z_1z_2|=|z_1|.|z_2|$

So,

$|zw| = |1|\\\Rightarrow |zw| =|z|.|w| =1\\\Rightarrow |z|=\dfrac{1}{|w|}$ ......... (1)

Let $z=a+bi$

Then modulus of z is $|z| = \sqrt{a^2+b^2}$

Given that a and b are integers, so the equation (1) can be true only when $|z| = |w| =1$ (Reciprocal of 1 is 1). Modulus can be equal only when one of the following is satisfied:

(a = 1, b = 0) , (a = -1, b = 0), (a = 0, b = 1) OR (a = 0, b = -1)

So, the possible complex numbers can be:

$1.\ 1 + 0i = 1\\2.\ -1 + 0i = -1\\3.\ 0+ 1i = i\\4.\ 0 -1i = -i$

Hence, number of units possible in S are 4.

6 0

3 years ago

Becton Labs, Inc., produces various chemical compounds for industrial use. One compound, called Fludex, is prepared using an ela

brilliants [131]

Answer:

Becton Labs, Inc.

1. Direct materials:

a. Price variance

= $20,600 Favorable

Quantity variance

= $1,890 Unfavorable

b. The company can sign the contract provided it is made clear to the new supplier that price variations would not be welcome shortly after signing the contract, but will depend on the market realities.

2. Direct labor:

a. Direct labor rate and efficiency variances:

Direct labor rate variance

= $3,200 Favorable

Efficiency variance

= $8,160 Unfavorable

b. I would not recommend that the new labor mix be continued. The old mix may be working better because the labor efficiency cost increased with the new mix labor mix.

3. The variable overhead rate and efficiency variances:

Variable overhead rate variance

= $5,200 Favorable

Variable overhead efficiency variance

= $2,380 Unfavorable

Explanation:

a) Data and Calculations:

Standard Costs for 1 Unit of Fludex:

Standard Standard Standard Cost

Quantity or Hours Price or Rate

Direct materials 2.40 ounces $27.00 per ounce $64.80

Direct labor 0.60 hours $12.00 per hour 7.20

Variable manufacturing

overhead 0.60 hours $3.50 per hour 2.10

Total standard cost per unit $74.10

Activities recorded during November:

a. Materials purchased = 13,000 ounces at $330,300

Each ounce = $25.41 (330,300/13,000)

b. Materials used for production = 10,150 ounces (13,000 - 2,850)

Standard materials = 4,200 * 2.40 = 10,080 ounces

c. Direct labor hours = 20 * 160 = 3,200 hours

Standard labor hours = 0.60 * 4,200 = 2,520

Average labor rate = $11.00 per hour

Direct labor costs = $35,200 ($11.00 * 3,200)

d. Standard variable overhead = $11,200 (3,200 *$3.50)

Actual overhead incurred = $6,000

Actual overhead rate = $1.43 ($6,000/4,200)

e. Units produced = 4,200

1. Direct materials:

a. Price variance = (Actual price - standard price)* Actual units

= ($25.41 - $27.00)13,000 = $20,600 F

Quantity variance = (Actual quantity - Standard quantity) Standard Cost

= (10,150 - 10,080) * $27.00

= $1,890 U

b. The company can sign the contract provided it is made clear to the new supplier that price variations would not be welcome shortly after signing the contract, but will depend on the market realities.

2. Direct labor:

a. Direct labor rate and efficiency variances:

Direct labor rate variance = (Actual rate - Standard rate) * Actual hours

= ($11 - $12) * 3,200 = $3,200 Favorable

Efficiency variance = (Actual hours - Standard hours) * Standard rate

= (3,200 - 2,520) * $12

= $8,160 Unfavorable

b. I would not recommend that the new labor mix be continued. The old may be working better because the labor efficiency cost increased.

3. The variable overhead rate and efficiency variances:

Variable overhead rate variance = Actual costs − (AH × SR)

= $6,000 - (3,200 * $3.50)

= $6,000 - $11,200

= $5,200 Favorable

Variable overhead efficiency variance = (AH − SH) × SR

= (3,200 - 2,520) * $3.50

= $2,380 Unfavorable

3 0

3 years ago