<span>20% is the maximum speed up possible for this program.
For this problem, let's assign the time of 1 for the task when using a single processor. Now let's assume that we have an infinite number of processors available to handle the portion of the program that can be executed in parallel so that the execution time for that portion will be 0. That means that the total execution time with an infinite number of processors will be
1 * (0.80 + 0) = 1 * 0.80 = 0.80
So at best, the parallel program will take 80% of the time for the single threaded version. So the speed increase will be
(1 - 0.80) / 1 = 0.20/1 = 0.20 = 20%</span>
10-15 push ups: it's because pull-ups are taxing for an 8 year old, using my brother for an example who can hardly lift himself up. Sit-ups are taxing on the back due to the amount of muscular endurance and strength while a mile running-I laugh- converted to meters is approximately 1609 meters. I'm in Junior high yet I can only do 900. Thus, it can be concluded the most appropriate activity a third grader could handle is a simple push-up.
Answer:
$100 million ; $10 million
Explanation:
Required reserve ratio (r) = 10%
Worth of bond = $10,000,000
The smallest increase can be thought of as being the $10million generated from open market operation and could be held by the bank as reserve.
To calculate the largest increase in deposit:
Money multiplier * deposit (worth of bond)
Money multiplier = (1 / reserve ratio)
Money multiplier = (1 / 0.1) = 10
Increase in deposit = 10 * $10,000,000 = $100,000,000 ( $100 million)
Answer:
Assuming that Samuel's retiring age is exactly 65 years old, and he starts collecting benefits 24 months before his full retirement age (exactly on his birthday number 63), then he will receive $867 per month (or 86.7% of his full benefits).
This calculation varies depending on the number of months, e.g.
months before full retirement age % of full retirement benefit
24 86.7%
23 87.2%
22 87.8%
21 88.3%
20 88.9%
19 89.4%
18 90.0%
17 90.6%
16 91.1%
15 91.7%
14 92.2%
13 92.8%
