Answer:
The correct answer is B. Attend weekly staff meetings at the office.
Explanation:
Taking into account the nature of the organization (real estate sector), where sellers are assigned a quantity X of properties, they must usually account for their weekly activities. For which it is necessary to attend meetings held in order to assess trends, achievement of objectives, etc.
Answer:
C. workers with more years of formal schooling are less likely to be affected by ability, effort, and chance.
Explanation:
The <em>signalling theory in education</em> tells us that employees send "signals" to their employees regarding their education. In other words, employers are willing to pay higher wages to employees with additional years of formal schooling.
This means these qualified workers have their wage primarily defined by their education level, which does not always reflect their true skill-set (the output of ability and effort).
Answer:
The correct answer is letter "B": rational people think at the margin.
Explanation:
The "rational people think at the margin" principle means that consumers consider the marginal benefits and costs of acquiring a good or service before the purchase is made. Purchases typically take place when the marginal benefit is higher than the marginal cost.
Answer:Personal marketing plan 1. Outline your distinctive price proposition. In selling, a press release that addresses distinctive variations between like product is thought as a “value proposition”. Triple-crown sales individuals knowledge to elucidate w
Explanation:
Answer:
vr = 3.906 m/s
Explanation:
vi = 15.4 m/s
∅ = 36.2º
d = 15.8 m
g = 9.81 m/s²
vr = ?
We have to get Xmax = R as follows
R = vi²*Sin (2∅) / g
⇒ R = (15.4 m/s)²*Sin (2*36.2º) / (9.81 m/s²)
⇒ R = 23.0437 m
then we can get t applying the equation
R = vi*Cos ∅*t ⇒ t = R / (vi*Cos ∅)
⇒ t = (23.0437 m) / (15.4 m/s*Cos 36.2º) = 1.85 s
Now, we find the distance that the receiver must be run
x = R - d
⇒ x = 23.0437 m - 15.8 m = 7.2437 m
Finally, we get the speed
vr = x / t
⇒ vr = 7.2437 m / 1.85 s = 3.906 m/s
