If you happen to meet that kind of problem, the most appropriate series of steps to take in troubleshooting the issue is that first, are there steps that i haven't done? If there's no power even if it is plugged in, try to check the wire. Look for a different wire cable and connect it to your printer. If it still does not work, then check it over to the service center.
Leslie's budget is hurting in the areas of transportation, groceries, phone and dining out.
<u>Explanation</u>:
- For transportation, money is required for each day. So Leslie is spending more on transportation each month. For coming and going out anywhere she will be spending money on transportation.
- She is also spending money on groceries. Groceries will be a necessary one for living nowadays. So the budget is hurting in that area.
- She is spending another hand on the phone and dining out. For the phone, she will be recharging every month. She will be dining out with friends every day.
Answer:
def remove_all(text, char):
return ''.join(x for x in text if x not in char )
print(remove_all("Summer is here!", 'e'))
Explanation:
- join() method in Python takes all the element in the string and joins them. However, inside the <em>join</em> method, we <u>excluded</u> the elements that equals to <em>char</em> in the <em>text</em>
Answer:
The maximum Data transfer rate is 320 Mb/s
Explanation:
The minimum microprocessor bus cycle duration = 100 input clock cycles and Data bus clock = 4.0 GHz = 4 × 10⁹ Hz
The maximum bus cycle rate = Data bus clock/minimum microprocessor bus cycle duration
Therefore, The maximum bus cycle rate = 4.0 GHz/100 = 4 × 10⁹ / 100 = 4 × 10⁷ = 40 × 10⁶ = 40 M/s
8 bits is equal to 1 byte, therefore 64 bit is equal to (64/8 = 8) byte.
Data transferred per bus cycle = 64-bit = 8 bytes.
The maximum Data transfer rate per second = bus cycle rate × data transferred per bus cycle = 40 M/s × 8 bytes = 320 Mbytes/s = 320 Mb/s.
The maximum Data transfer is 320 Mb/s
Answer:
a. An enterprise search software.
Explanation:
In this scenario, Rosseta Technologies, an information technology service provider to a company based out of Germany, allows its employees to work from home twice a month. In order to prevent the leakage of confidential data from the laptops or an employee making copies of sensitive files on his personal laptop, Rosetta technologies should use an enterprise search software.
Enterprise search software is a computer application which is typically used to make relevant data from sources, such as a database, file system and intranet searchable to a specific or defined group of people.
An enterprise search software would help the firm enforce access controls and storage guidelines on its laptops.
On enterprise search software, there are basically two (2) ways to enforce access controls as a security policy on users;
1. Early binding: at the index stage, permissions are analyzed and ascribed to each document in the enterprise search software.
2. Late binding: it involves the process of analyzing permissions and ascribing them to each document at the query stage in the enterprise search software.