Answer and Explanation:
The computation of the volume necessary for each location is as follows;
a) Volume required for break even at location A
= ($5,400 + $10,000) ÷ ($2.70 - $1.90)
= 19,250 units
Volume required for break even at location B
= ($5,700 + $10,000) ÷ ($2.70 - $1.90)
= 19,625 units
Volume required for break even at location C
= ($5,950 + $10,000) ÷ ($2.70 - $1.90)
= 19,938 units
Answer:
units required to be produced 217,000
Explanation:
expected sales for the period 208,000
desired ending inventory <u> 27,000 </u>
total units required 235,000
beginning units <u> ( 18,000 ) </u>
units required to be produced 217,000
The company needs units to fullfil teir sales bdget and desired ending invenoty.
the beginning inventory already complete a portion of the requirement so is the difference what determinates the required units to be produced.
The answer to the question is transferable skills. Transferable skills refer to <em>a group of skills that a person can use in a variety of occupations. </em>Its opposite is content skills, which refers to a group of skills that are commonly associated with a specific job-type.
Thus, since Becca mentions that her strengths are her thoroughness and close attention to detail, these strengths fall more into the category of transferable skills since she can use these skills in different occupations if she chooses to have a career change.
Answer:
C. The aerospace industry is constantly pushing the limits of technology
Explanation:
Aerospace industry is a leader in the creation of new products and materials that constantly push the limits of technology, that's why research and development are an integral part of this industry.
They always seek to create new materials that are lighter and more durable to send to space and face the extreme conditions out there. Then, many of those innovations are modified for use on the planet by regular people.
All employees in the industry are highly educated and skilled.
Answer:
B) options-based planning
Explanation:
Software development life cycle (SDLC) can be defined as a strategic process or methodology that defines the key steps or stages for creating and implementing high quality software applications.
Some of the models used in the software development life cycle (SDLC) are;
I. A waterfall model.
II. An incremental model.
III. A spiral model.
An options-based planning can be defined as a strategic management process which typically involves the maintenance of flexibility by investing simultaneously in a little amount (manner) in various alternative plans.
In this scenario, Adamdata, a cell phone brand, is planning to collaborate with a few companies that create software for cell phones. It wants to try different operating system software for its phones and then buy the company that manufactures the software that is most compatible with its phones. Therefore, Adamdata is most likely using options-based planning.
