<em> 7*|15 80 | =|105 560|</em>
<em> 7*|15 80 | =|105 560||40 100| |280 700|</em>
<em> 7*|15 80 | =|105 560||40 100| |280 700|HERE'S YOUR ANSWER </em>
<em> 7*|15 80 | =|105 560||40 100| |280 700|HERE'S YOUR ANSWER ◌⑅⃝●♡⋆♡MICKZMINNZ♡⋆♡●⑅◌</em>
Answer: 6.40%
Explanation:
Use Excel to calculate this by the formula;
= RATE(Nper,Pmt,-Pv,Fv)
Nper is number of periods = 20 * 2 = 40 semi annual periods
Pmt is the payment = $6%/2 * 1,000 = $30
Pv is the present value = $955
Fv is future value or face value = $1,000
= RATE (40,60,-955,1000)
= 3.20% * 2 (because this is a semi annual rate)
= 6.40%
Answer:
Immediately after a hurricane, it is likely that the quantity demanded for tree cutting/removal services will "Remain" the quantity supplied, causing the price of tree cutting/removal services to ''Rise''
Explanation:
Much to the chagrin of established firms, one clear super trend is that products and services must get to market faster because "more competitors are offering targeted products."
This is because it has been observed that several start-ups firms offer similar products to what the established firms are had as a business idea. Not only that, but they also target the same group of consumers.
Therefore, to remain top of the game and beat the startups out of business, the established firms must ensure their business ideas are quickly turned into products or services and get to the market faster.
Otherwise, the startups will take over their business ideas and a huge part of their targeted consumers.
Hence, in this case, it is concluded that the established firms must be proactive if they want to remain above the rest of their competitors.
Learn more here: brainly.com/question/17557971
Answer:
50 customers per day
Explanation:
For computing the capacity required customers per day, first, we have to compute the current demand per day which is shown below:
Current demand = Average number of pets per day × estimated percentage
= 74 pets × 60%
= 44.4 per day
Now the capacity required per day would be
= (Current demand per day) ÷ (1 - capacity cushion percentage)
= 44.2 ÷ (1 - 0.12)
= 50.22 per day