Answer: Enforce the organization's security policy
Explanation: Group policy provides a robust and centralized control to systems or computers on a particular network by providing a quick and efficient means of maintaining network security by affording network administrators the ability to several policies they wish to apply on users and computers in their network. This way the changes or policies can be applied to every computer on it's network. Hence it allows the network administrators to enforce the organization's security policy which may include restricting access to certain websites, directories, files or settings for all computers on the organization's network.
A is your answer
Adobe Flash and Adobe Premier are sited that can help your computer allow games, photos, documents, etc. on your computer so you can view them. Sony Media Sound Forge is for listening to things, it has the word Sound in the title. 3D Studio Max is a website where you can create illustrations
Answer:
In a case where electrical current leakage from the circuit occurs, the GFCI would do the following:
1. Sense the current leakage.
2. Trip the circuit.
3. Cut off the electricity.
Electrical current leakage needs to be sensed at once. Without it being detected, it cant be dealt with. The second step consists of tripping the circuit so at to remove the flow of electricity. The third step is to Cut the electricity off so to stop the leakage and be safe.
I hope the answer is helpful.
Thanks.
Answer:
magnitude and the probability of it occurring
Explanation:
In every single study that involves an individuals risk of self-harm there are two variables that need to be evaluated, and those are the magnitude and the probability of it occurring. In other words how likely is the individual to hurt themselves and if they do, to what extent (physical, emotional, death). By evaluating this can allow you to take action if things get to serious, or even prevent something from happening that can lead that person that is at risk from hurting themselves.
Answer:
1BD.C
Explanation:
Keep in mind that octal number has 3 binary fields where the right field is the number 1, the center field is the number 2 and the left field is the number 4. you need that your 3 fields sum the final octal digit.
For example :
- (1)8 = (001)2
- (2)8 = (010)2
- (3)8 = (011)2
The hexadecimal number has 4 binary fields where the right field is the number 1, the center field is the number 2 , the next center field is the number 4 and the left field is the number 8. you need that your 4 fields sum the final hexadecimal digit.
For example:
- (F)16 = (1111)2
- (1)16 = (0001)2
- (6)16 = (0110)2
Step 1: Split your octal number in digits and convert to binary form
6 7 5 . 6
110 111 101 . 110
Step 2: Join your binary number and split in groups of 4 elements from the point (Important note: If you miss some element to complete the groups at the left of the point complete with zero's at the left, else if you miss some element to complete the groups at the right of the point complete with zero's at the right)
binary complete: 110111101.110
binary in groups of 4:
1 1011 1101 . 110
Complete the groups with zero's (Remember the important note):
0001 1011 1101 . 1100
Step 3: Calculate the hexadecimal number
1 B D . C
