Answer:
B. Exposure.
Explanation:
The act exhibited by the highway crew can easily be explained to be exposure because of his stance from a mountain end and their reaction.
Measurement of exposure is generally defined as some form of
the amount of travel, either by vehicle or on foot. Once the amount of travel
is known for certain activities, or road users, and if we know the number of
crashes that are associated with that activity or population, the associated
risk can be calculated. Also the various ways of measuring the amount of travel are referred to collectively as exposure
data because they measure traveller’s exposure to the risk of death or
injury.
Over 90 percent of the pedestrian fatalities occurred in single- vehicle crashes. In 2009, pedestrian deaths accounted for 12 percent of all traffic fatalities in motor vehicle traffic crashes. Since 2000, the number of pedestrian fatalities has decreased by 14 percent.
Answer:
$6,500
Explanation:
For computing the estimated fixed cost, we have to determine the variable cost per hour which is shown below:
Variable cost per hour = (High power cost - low power cost) ÷ (High machine hours - low machine hours)
= ($20,000 - $11,000) ÷ (12,000 hours - 4,000 hours)
= $9,000 ÷ 8,000 hours
= $1.125
Now the fixed cost equal to
= High power cost - (High machine hours × Variable cost per hour)
= $20,000 - (12,000 hours × $1.125)
= $20,000 - $13,500
= $6,500
Answer:
1. $50 million
2. $50 million
3. In a closed economy, national savings equals investment
Explanation:
For a closed economy, the formula for calculating GDP = C + I + G
Where C - Consumption
I - investment
G - Government Spending
To find investment ,
750 = 300 + I + 400
I = $ 50 million
National savings = private saving + Government saving
Private saving = Y − T − C
750 - 300 - 250 = $200 million
Public savings = T - G
250 - 400 = $-150 million
National savings = $200 - $ 150 million = $ 50 million
Nb - All numerical values are in $ millions
<span>Integrative negotiation </span>
