Answer:
EXPLAINING STRESSFUL EVENTS BY ATTRIBUTING THEM TO A TEMPORARY SITUATION.
Explanation:
Attribution theory deals with how the social perceiver uses information to arrive at causal explanations for events. It examines what information is gathered and how it is combined to form a causal judgment.
Explanatory style is the characteristic, habitual way individuals explain the causes of good and bad events they experience.
Stressful events can either be good or bad. People may attribute stressful events to factors that are either temporary or permanent and specific or universal.
Carmela's thought means she is explaining her stressful work (event) by attributing it to a temporary situation since she thinks she will get the hang of it in a few months.
Therefore, an example of the explanatory style is EXPLAINING STRESSFUL EVENTS BY ATTRIBUTING THEM TO TEMPORARY EVENTS.
The fuel is exposed to heat and oxygen and it burns producing byproducts and heat. The heat is ultimately often used in an engine to reduce motion for transportation some other form of mechanical motion or Electricity
Answer:
The correct answer is Modular.
Explanation:
The commercial systems of the service companies are gaining complexity over time, having a modular and integrated solution natively generates competitive advantages and saves time and effort in the different procedures.
A modular and integrated system allows clarity about the information that is handled in each area, the relationship between them and how the different processes of the company are integrated. A modular and integrated system translates into, unify data, optimize costs and work efficiently.
Answer: 0.8186
Explanation:
Given that;
activity To Tm Tp Te (V)^0.5 v
A 38 50 62 50 4 16
B 90 99 108 99 3 9
C 70 80 90 80 3.333333 11.11111
D 19 25 31 25 2 4
E 91 100 115 101 4 16
F 62 65 68 65 1 1
Expected duration Te = (4 × Tm + To + Tp ) / 6
Variance = ( Tp-To/6]²
variance of the critical path = 9+16 =25
SD of the critical path = ( var)^0.5 = 5
probability that the project will be completed within 210 days is given by
z = (210-200) / 5 = 2
which gives probability of 0.97725
Probability that the project will be completed within 195 days
z = (195-200) / 5 = -1
which corresponds to probability of 0.1586
Now required probability that project completes within 210 but before 195 days is given by
0.97725 - 0.1586 = 0.8186
