Answer:
The FIFO method (first-in, first-out) considerate the amount of processing at the beginning and the end of the period. This two moments are converted in equivalent units as it follows:
On June 1, the 30% of 8000 units are completed: 0.30(8000) = 2400 completed units.
During June, 28,000 units are completed.
On June 30, the 80% of 4000 units are completed: 0.80(4000) = 3200 units completed. But these units are remaining from June 1. So, the actual amount of equivalent units from June 1 and June 30 is 3200 - 2400 = 800 units.
Then, we some the total of equivalent units of production 28000 + 800 = 28800.
<em>Therefore, the answer is </em><em>false</em><em>, because is more than 28600.</em>
4x-1=5x-3
2=x
XZ= 5(2)-3
XZ=10-3
XZ=7
Answer:
Step-by-step explanation:
Call x the amount of blinds that Manny buys.
Let's call and the amount of curtains that Manny buys
There are only 35 windows, so the number of curtains and windows can not be greater than 35.
Manny can only spend $ 2100
Then we can represent this by an inequality in the following way.
and
We can write this as a single inequality:
Finally, the set of inequalities to model this problem is:
Answer:
Blue
Step-by-step explanation:
Because it has the lowest likelihood, with only a 15% chance.
1. false
2. true
3. true
4. false
