How do we advice company on how to support each of it`s S.B.U

Leondra looks over her Algebra homework and says to herself ""I’m probably not going to be able to do this - I’m just not a math

sveticcg [70]

Answer:

Fixed mindset

Explanation:

Mindset could be explained as an individual's psychological state which often transcends into how we perceive challenges, what we can do and what we can't. Usually the ability to solve a puzzle, face and conquer a challenge starts and ends with an individual's mindset as it is where either the strength to execute or depression to walkway is derived.

The growth mindset gives individuals who exhibit the trait the strength and morale to face challenges, instead of backing out without trying, they try to find ways of constantly improving at what seems difficult.

On the other hand, the fixed mindset which is what is exhibited by Leandro could be deemed as a rigid type of notion whereby an individual believes all he knows and all he can do are already fixed, hence anything aside those cannot be successfully executed this kind of individuals fail to try new challenges.

7 0

3 years ago

Which of the scenarios are examples of free-riding?

bezimeni [28]

Answer:

b. Bob listens to the radio station several hours per day but never donates since he suspects that other people will donate enough to keep the station on the air.

. Jim is working on a group project for a class in which he wants a high grade. However, since the grades are assigned to the group as a whole and he knows that the other group members will pick up most of the extra work, Jim calls in sick and plays video games on his Dream Station 64.

Explanation:

Free riding is when a person enjoys the benefit of a good or service but doesn't pay for it. This is a form of market failure.

Bob listens to the radio but doesn't donate and Jim would benefit from the grade given to the group but doesn't participate. These are instances of free riding.

Karl doesn't drive at night and so doesn't enjoy the benefits of the street light and doesn't pay. This is not an instance of free riding.

I hope my answer helps

3 0

3 years ago

A manufacturing company incurs depreciation costs of $6,000 per month on manufacturing machinery. The depreciation cost per unit

klasskru [66]

The depreciation cost per unit is $3.

<h3>What is the depreciation cost per unit?</h3>

Depreciation is the process used to expense the cost of an asset. Depreciation is the reduction of the carrying value of an asset. Depreciation occurs as a result of the wear and tear of an asset.

The depreciation cost per unit can be determined by dividing the total deprecation by the units manufactured by the company.

The depreciation cost per unit = depreciation cost / units manufactured

$6000 / 2000 = $3

To learn more about the activity based depreciation method, please check: brainly.com/question/27303607

#SPJ1

4 0

2 years ago

Metlock, Inc. uses the lower-of-cost-or-net realizable value basis for its inventory. The following data are available at Decemb

AURORKA [14]

Answer:

The $5,434 is the the amount of the ending inventory by applying the lower-of-cost-or-net realizable value basis.

Explanation:

Based on the Generally Accepted Accounting Principles (GAAP), the inventory value should be recorded at the cost or net realizable value whichever is lower.

So, by using the above information. Now we can compute the ending inventory.

For Camera :

1. Minolta = Unit price × lower cost of Net realizable value or cost

= 3 × 156

= $468

2. Canon = Unit price × lower cost of Net realizable value or cost

= 10 × 147

= $1,470

For Light Meters:

1. Vivitar = Unit price × lower cost of Net realizable value or cost

= 15 × 104

= $1,560

2. Kodak = Unit price × lower cost of Net realizable value or cost

= 16 × 121

= $1,936

So, the ending inventory is sum of the value of all products which is equals to

Minolta + Canon + Vivitar + Kodak

$468 + $1,470 + $1,560 + $1,936

$5,434

Hence, $5,434 is the the amount of the ending inventory by applying the lower-of-cost-or-net realizable value basis.

7 0

3 years ago

For the last 20 years, Terry has made regular quarterly payments in the amount of $308 into an account paying 1. 5% compounded q

Alexxx [7]

The amount that will be received by Terry at the end of every year for 10 years is $<u>3,803.97</u>

Computations:

1. First the future value will be computed:

Given,

$A$ =$308, Annuity or the quarterly payment amount.

$r$ =1.5%, the rate of interest to be paid quarterly; thus the effective rate of interest will be: 0.375% $(\frac{1.5\%}{4})$

$n$ = 20 years, number of periodic payments, but the effective time period for the computation will be 80 payments that are: $(20\times4(\text{quarter}))$

$\begin{aligned}\text{Future Value}&=\dfrac{A\times(1+r)^n-1}{r}\\&=\dfrac{\$308\times(1+0.00375)^{80}-1}{0.00375}\\&=\$28,672.88\end{aligned}$

2. From the determined future value that will be used in the present value formula, where 5.5% interest compounded at which Terry will receive an amount for every 10 years will be computed.

Given,

Present value =$28,672.88

$r$ =5.5%, the coumpounded rate of interest

$n$ =10 years

$\begin{aligned}\text{Present Value}&=\dfrac{A(1+r)^n-1}{r(1+r)^n}\\\$28,672.88&=\dfrac{A(1+0.055)^{10}-1}{0.055(1+0.055)^{10}}\\A&=\dfrac{7.537}{\$28,672.88}\\A&=\$3,803.97\end{aligned}$

Therefore, after the payment of $308 for 20 years, Terry will start receiving the amount of $3,803.97 every 10 years.

To know more about the future value and present value, refer to the link:

brainly.com/question/14799840

7 0

2 years ago