Answer:
1. More access to data
2.convenience
3. Easy creation of BI solutions
4. Report creation
5. Saves time
Explanation:
A data warehouse can be described to be an electronic storage system that contains large amount of facts and information which sources for and also maintains data from different sources; either external or internal.
The most important reason for a data warehouse is for it to store great amounts of data to be used for query and also to be used for analysis.
Why do we use a data warehouse?
1. Users have more access to data due to the integration of various sources of data. It makes use of real time data facts
2. You can conveniently store and also create metadata
3. Business intelligence solutions can easily be created using data warehouses.
4. Users can easily create their own reports
5. Data warehouses makes accessing different data sets faster. It is a time saver as business users are not going to spend time trying to retrieve data from various sources.
Answer:
The next step to consider is updating the system's network settings
Explanation:
The next step after testing and verifying that the network patch cable and network interface card are working is to update the network settings to recent configurations.
Updating the system's network include settings of network adapter, LAN / Wi-Fi and TCP/IP.
Looking into your network settings is one of steps of effectively troubleshooting a system's network.
Few settings you could update are
1. LAN settings
2. TCP/IP network protocol properties
3. Network adapter settings
4. Internet connection
Effectively, updating the network settings is the next step. Few things to take note of when updating the network settings are
1. Create Standard Configurations for Device Classifications
2. Maintain the Current and Previous Network Configurations
3. Keep Track of Changes
4. Lastly, Document Network Changes
Int a, b;
cout<<"write to numbers";
cin>>a>>b;
cout<
Answer:
-32 to +31
Explanation:
6 bit 2s complement representation will be of the form b1b2b3b4b5b6 where each bit is either 0 or 1.
The largest positive number that can be represented using this scheme is 011111
Translating this to decimal this is 1*2^4 + 1^2^3 + 1^2^2 + 1^2^1 + 1^2^0
=16 + 8 + 4 + 2 + 1 =31
The smallest negative number that can be represented using this scheme is 100000
Translating this to decimal = -1 * 2^5 = -32
So the range of decimal values that can be represented is -32 to +31.
