Answer:
The answer is below
Explanation:
Hazard is something or condition that can cause injury to individuals. If properties are not managed appropriately, the hazard can be inevitable. Every hazard comes with its own risk. And Risk of hazard is the degree to which hazard can affect individuals when exposed to hazards.
Identifying hazards in the surrounding are essential. Also, identifying the risk associated with hazards can't be overemphasized. Hence, the need to identifying both the hazards and the risks associated with it.
There are various reasons it is important to identify risks and hazards inside kitchen and home and business properties. They include the following reasons:
1. It is important to identify hazards in the kitchen, home, and business properties because they may cause injury.
2. Identifying hazards will make us know how to eliminate the hazards
3. When we identify hazards we can easily prevent its future occurrence
4. Identifying hazards in the kitchen such as a bad electric cooker can prevent potential electrical shock
5. When a hazard such as leaking gas is identified, we prevent potential fire outbreak
6. Identifying hazard early is a preventive measure and it is cheaper.
7. Failure to identify hazards in business properties will lead to a great loss of profits.
8. To identify the risk of hazards is the best way to eliminate the hazards.
9. Identifying the risk of hazards can make us anticipate and quickly remove the hazards effectively.
10. It is cheaper to eliminate the risk of hazards when identified than performing repairs after hazards have caused damages.
11. Understanding and identifying the risk of hazard can help save lives, whether kitchen, home, or in business properties.
12. Identifying the risk of hazards, can lead us to have a solution in place against the hazard.
c. 10 pt Comic Sans
b. 12 pt Times New Roman
d. Any of these
In order to effectively reduce or mitigate social engineering incidents, it is important to employ a multi-pronged approach that includes prevention, detection, and response measures.
One key element of prevention is security awareness training, which can help employees recognize and avoid common social engineering tactics such as phishing emails and phone scams. By educating employees on how to identify and respond to these threats, organizations can significantly reduce their risk of falling victim to social engineering attacks. In addition to security awareness training, intrusion detection and prevention systems can help organizations detect and block suspicious activity on their networks. These systems can monitor network traffic for signs of unauthorized access or suspicious behavior, and can alert security teams to potential threats in real-time. Similarly, increased physical security measures such as access controls and surveillance cameras can help deter and prevent social engineering attacks that rely on physical access to sensitive areas.
Finally, email monitoring can be an effective way to detect and prevent social engineering attacks that are delivered via email. By scanning incoming emails for malicious attachments or links, organizations can block these threats before they have a chance to reach their intended targets. Overall, a comprehensive approach that combines prevention, detection, and response measures is essential for effectively mitigating social engineering incidents and protecting sensitive data and systems.
Learn more about engineering here: brainly.com/question/4962714
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spreadsheet
monitor
program used to enhance photos
Answer:Monitor is the answer
Explanation:
b. 640m bits, and (
c. 4g bits?
The exact number of bits in a memory contained in the given sizes of data are;
A) 96K Bits = 98,304 bits
B) 640m bits = 671,088,640 bits
C) 4g bits = 4,294,967,296 bits
From conversion tables, we know that;
1K bit= 1024 bits
1m bit = 1024² bits
1g bit = 1024³ bits
Thus, applying those conversion factors to our question gives;
A) 96K Bits
Converting to bits gives; 96 × 1024
⇒ 98,304 bits
B) 640m bits
Converting to bits gives; 640 × 1024²
⇒ 671,088,640 bits
C) 4g bits;
Converting to bits gives; 4 × 1024³
⇒ 4,294,967,296 bits
Read more at; brainly.com/question/22650206