Answer:
It should accepted.
Explanation:
![\left[\begin{array}{cccc}&Units&Cost&Total\\$Special Order&49&2,590&126,910\\$Variable Cost&49&1,440&-70,560\\$rejected local&&&0\\$additional cost&&&0\\$Net Income&&&56350\\\end{array}\right]](https://tex.z-dn.net/?f=%5Cleft%5B%5Cbegin%7Barray%7D%7Bcccc%7D%26Units%26Cost%26Total%5C%5C%24Special%20Order%2649%262%2C590%26126%2C910%5C%5C%24Variable%20Cost%2649%261%2C440%26-70%2C560%5C%5C%24rejected%20local%26%26%260%5C%5C%24additional%20cost%26%26%260%5C%5C%24Net%20Income%26%26%2656350%5C%5C%5Cend%7Barray%7D%5Cright%5D)
We will compare the Special order with the variable cost associate with their productions.
As the orders has a postive income after variables expenses it should be accepted as contributes with the payment of fixed cost and this sales wasn't planned when solvign for the cost. Not doing the sale will avoid the comapny the opportunity of a profitable business cappable of allocate more fixed cost.
Answer:
It occur where MR = MC
Explanation:
Perfectly competitive organization or firm is the one who is price taker, which states that they must accept the price at which it sells the goods to consumer.
In a firm that is a perfectly competitive, the level of output as well as the price happen where the Marginal Cost is equal to the Marginal Revenue.
It is stated as MR = MC.
Answer: 0
Explanation:
Accrual accounting method simply means when revenue or expenses are written down and recorded at the time that the transaction took place and not when payment was gotten.
The revenue that is recognized on the March income statement will be 0. This is because the delivery was in April and none took place in March.
Answer:
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Explanation:
By definition the<em> atomic number </em>of an element is the<em> number of protons.</em>
The protons are the positevely charged particles in the nucleus of the atom.
The atomic number of an element is what uniquely identifies it. There are 118 known elements and all of them are represented in the periodic table. Then, there are 118 different atomic numbers.
The elements are arranged in the periodic table in increasing order ot atomic number.
For instance:
- The element with <em>atomic number</em> 1 is hydrogen (H). It is the first element in the periodic table, located in the upper left corner of the table. It has one <em>proton</em>. NONE other element has just one proton.
- The element with <em>atomic number</em> 2 is helium (He). It has two <em>protons</em>, is located at the upper right corner of the periodic table and NONE other element has just two protons.
- The element with <em>atomic number</em> 118 is Oganesson (Og). It is the last element in the periodic table. It is located in the bottom right corner of the periodic table. It has 118 <em>protons</em> and NONE other element has atomic number 118.
