Answer:
2190 ; 2560 ;
$778.2
Explanation:
Total worth of gasoline sold = 16003.50
Cost of regular = 3.30
Cost of premium = 3.45
Let :
premium Gallon sold = x
Regular gallon sold = 370 + x
Hence, mathematically;
(3.45*x) + (3.30 * (x + 370)) = 16003.50
3.45x + 3.30x + 1221 = 16003.50
6.75x = 16003.50 - 1221
6.75x = 14782.5
x = 14782.5 / 6.75
x = 2190
Premium Gallon sold = 2190 gallons
Regular gallon sold = 2190 + 370 = 2560 gallons
Profit per regular gallon sold = $0.15
Progit per premium Gallon sold = $0.18
Total profit = (2190 * 0.18) + (2560 * 0.15) = $778.2
The <span>Three outcomes which are the success, failure, and proficient are </span><span>not one of the four criteria for a geometric setting.
</span><span>
The criteria for geometric setting are:</span>
1. Each observation is subdivided into two categories: Success and Failure.
2. The probability of success remains constant for each observation.
3. The observations are always independent.
4. The variable of interest is defined as the number of trials required to obtain the first success.
The SDLC process models achieves the above function is Incremental model. Thus, option (d) is correct.
<h3>What is risk?</h3>
Risk refers to the chance of happening something wrong. It involves the uncertainty about the after effects of the acts. For the businessman, risk is the reward for profit.
Incrementalism Model SDLC is a subset of a bigger system that divides a project into releases and then incrementally adds capability to each build.
This technique prioritizes the demands of the system, which are then achieved in groups.
Therefore, it can be concluded that option (d) is correct.
Learn more about risk here:
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Your question is incomplete, but most probably the full question was….
List of options:-
Select one:
a. Spiral Model
b. RAD model
c. Waterfall model
d. Incremental model
Answer: 0.48 minutes
Explanation:
Takt time = Net time available / Daily demand
Net time available is number of minutes in a shift so:
= 8 hours * 60 minutes
= 480 minutes
Daily demand = 1,000 units
Takt time = 480 / 1,000
= 0.48 minutes