Answer:
The impact was how many trees were being cut down.
Explanation:
People eyes were opened to how many trees were being used and programs were started for tree conservation. We now have mechanical pencils which use no wood at all. This dramatically cut down the usage of trees and got people's eyes opened to the shortage in trees. Graphite and the wooden holders.
Answer:
Diluted earnings per share is $1.7 per share
Explanation:
The number of diluted shares from the options is calculated thus
Total number of shares from options 34,500
Actual number of shares that can be purchased
(options shares*option price/share market price)
(34,500*$11/$15) (25,300)
Diluted shares 9,200
Diluted earnings per share=net income/(outstanding common stock + diluted common stock)
net income is $331,840
outstanding common stock is 186,000
diluted common stock is 9200
diluted earnings per share=$331,840/(186,000+9200)
=$1.7 per share
When considering <span>customer satisfaction, the relationship between consumers expectations and the product's perceived performance is important.</span><span />
Answer:
A, B and D
Explanation:
Under OSHA laws, employers must provide a safe workplace for the employees. All the danger areas must be indicated with either painting or signage. Using guard rails is an excellent way of demarcating danger zones. They keep employees away from dangerous spots. In this case, an employer should use guard rails in the following circumstances.
1.Around every floor hole into which a worker can accidentally walk. The guard rails will form a barrier that will prevent accidental falls into the hole.
2.Around every open-sided platform, floor, or runaway that is 4 feet or higher off the ground or next level. The guard rails form a wall that prevents employees in raised levels from falling to the ground.
3. Regardless of height, if a worker can fall into dangerous machines or equipment. In case of an incident, the guard rails will stop an employee from falling into dangerous machines or equipment.
Answer:
$8750.87
Explanation:
This is compound interest problem. The formula used to solve this would be:
Where
F is the future value (what we want, after 3 years)
P is the initial value (given 6900)
r is the rate of interest per period
here, 8% per year, so 8/4 = 2% per period (since compounded per quarter)
t is the time (3 years and compounding per year so times of compounding is 3*4 = 12), so t = 12
Substituting, we get our answer:
<u>There will be about $8750.87 at the account at the end of 3 years!</u>