Answer:
The 4th picture will be the correct one.
Step-by-step explanation:
The first picture shows the graph of f(x) and in the options there are pictures of graph of g(x) = f(x) -1
So, it is clear from the equation of the functions that the graph of f(x) and g(x) will be similar but the the y value in g(x) will be 1 less than the y value in f(x) corresponding to a certain x value.
So, the graph will translate down by 1 unit.
Therefore, the 4th picture will be the correct one.
1.8 x 10^13
Hope this helps.
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>
$55 for 5 hours, first I divided 22 by 2 and got 11 so then I multiplied 11 times 5 to get 55. Hope this helps :)
Answer:
e. none of these
Step-by-step explanation:
Primary interest in designing randomised block experiment is to : reduce the within treatment variation, to more easily detect differences between means.
A randomised block design involves the experimenter dividing subjects into subgroups known as blocks. The blocks are designed as to reduce the variability within the blocks, compared to variability between the blocks. This intra blocks less variation & inter blocks more variation, make blocks mean well represent their differences.
