Answer:
Visualization, fluency of ideas and deductive reasoning
Explanation:
Having in mind the spatial and design aspect of architecture, it is essential for an architect to possess the named abilities.
- <u><em>Visualization</em></u><em> </em>- Since architects usually deal with projects that are yet to be started (design of houses and buildings), an architect must know how to effectively visualize things upfront. 1he/she has to know how will the designed object fit in the existing environment.
- <u><em>Fluency of ideas</em></u> - Being a highly creative (but still technical) job, it is essential to know how to articulate ideas and plans precisely to stakeholders and customers. in order to get a specific plan or project realized, an architect has to properly communicate the idea.
- <u><em>Deductive reasoning</em></u> - This kind of top-down approach to making important conclusions is a must for architects. They have to properly deduce a solution given some prerequisites and facts, e.g. <em>How am I going to design a house, given 200 sq ft of space and a requirement regarding the usage of glass materials?</em>
The first choice is mainly related to <em>managerial </em>positions, while the remaining two are related to <em>physically-intensive</em> jobs.
Answer:
0.2706 ; 0.05265 ; 0.1353
Explanation:
Given that :
λ = 2
According to the poisson distribution formula :
P(x = x) = (λ^x * e^-λ) / x!
P(x = 1) = (2^1 *e^-2) / 1!
P(x = 1) = (2 * 0.1353352) = 0.2706
P(x ≥ 5) = 1 - P(x < 5)
1 - P(x < 5) = 1 - [p(x = 0) + p(x = 1) + p(x = 2) + p(x = 3) + p(x = 4)]
We obtain and add the individual probabilities. To save computation time, we can use a poisson distribution calculator :
1 - P(x < 5) = 1 - (0.13534+0.27067+0.27067+0.18045+0.09022)
1 - P(x < 5) = 1 - 0.94735 = 0.05265
P(x ≥ 5) = 1 - P(x < 5) = 0.05265
Probability that no emails was received :
x = 0
P(x = 0) = (2^0 *e^-2) / 0!
P(x = 0) = (1 * 0.1353352) / 1 = 0.1353
Answer:
La administración permite un uso más eficiente de los recursos mediante diferentes técnicas o herramientas. ... Genera información y conocimiento para optimizar la utilización de los recursos. Reduce costos, al favorecer la eficiencia de la organización.
Explanation:
Answer:
1. Payoff matrix : Strategic form
2. Game tree format : Extensive form
3. A junction on a game tree : Decision nodes
4. One of the final outcomes of a game tree : Terminal nodes
5. Divides the overall game tree into nested subgames before working backward from right to left : Backward induction
6. A mini-game within the overall game : Subgame
7. The process of backward induction that relies on both firms having perfect information about the decisions made in each subgame : Nash equilibrium.
Explanation:
Payoff matrix is the technique for decision making where goals are dependent on interaction with others. Nash equilibrium is a strategy in which every firm tries to choose best possible outcome keeping in view the decisions of other firms.