Answer:
$2.51 per unit
Explanation:
The computation of the cost per equivalent unit is shown below:
But before that the equivalent units is to be computed
Equivalent units = units completed + equivalents units in ending inventory
= 8,400 units + (13,200 units × 42%)
= 13,944 units
Now
Cost per equivalent unit = cost incurred ÷ equivalent units
= $34,980 ÷ 13,944 units
= $2.51 per unit
Answer:
Gross sales is a metric for the total sales of a company, unadjusted for the costs related to generating those sales. The gross sales formula is calculated by totaling all sale invoices or related revenue transactions
Answer:
The correct answer to the given scenario is "
Inadequate to contrast the communication channel with the proposed outcome".
Explanation:
In common, proposed knowledge effect should define what staff ought to apprehend or be able to comprehend once reading a mail. Now, microphone created a slip-up in forestalling the attainable consequence from victimization such a standard to convey data. He wasn't awake to the likelihood of reservations that will arise within the sort of bulk mails of misconception.
Adolescence is associated with genomically patterned consolidation of the hubs of the human brain connectome
The time required to transmit the frame and receive the acknowledgment DIFS + 3SIFS +820μsec
<h3>
What is Bytes?</h3>
- Digital information is stored in units called bytes, which typically have eight bits.
- The byte is the lowest addressable unit of memory in various computer architectures because it was historically the amount of bits needed to encode a single character of text in a computer.
- Network protocol specifications such as The Internet Protocol (RFC 791) refer to an 8-bit byte as an octet to distinguish them from the ordinary 8-bit definition.
- Depending on the bit endianness, an octet's bits are typically counted from 0 to 7 or 7 to 0, respectively. Since the initial bit is a zero, the eighth bit is a seven.
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I hope you are trying to ask the question below:
<u>Question</u>:
Suppose an 802.11 b station is configured to always reserve the channel with the RTS/CTS sequence.
Suppose this station suddenly wants to transmit 1,000 bytes of data, and all other stations are idle at this time.
As a function of SIFS and DIFS, and ignoring propagation delay and assuming no bit errors, calculate the time required to transmit the frame and receive the acknowledgment.