Problem: Article: Post your Soundcloud page on your social media profiles. Encourage people to like and share your content so that you get more plays. If you have a website, display a link to your Soundcloud page predominantly on the front page. You can also include the link in your social media profile descriptions.  Your post can say something like “I’m about to drop a new podcast! Check out my show on Soundcloud!” You can also add your Soundcloud link to your signature on emails. Find online communities, message boards, and popular websites for your ideal fans. This will give you insight into their likes, dislikes, and listening preferences. Figure out if your ideal fan is the type to go to music festivals or stay in and relax. This will help you create new content that better fits their tastes. You can find online communities on sites like Reddit, Genius, Last.fm, and Yahoo! Music. Click on the waveform on the bottom of a track and type in a comment to interact with people who listen to it. You can talk about your audio production process, or ask your fans for feedback. Feedback will help you create trending content and develop a deeper connection with fans. Fans will look out for new content. If you go silent for too long, you may lose out on potential plays and the buzz surrounding your audio. Keep working to create new mixtapes, songs, tracks, or episodes. Engaging with fans and other artists will increase your exposure and bring more awareness to your audio and your brand. Like, follow, and comment on social media. Don’t badmouth or yell at fans, because it could turn people off to your content. Influencers or taste-makers include DJs, Youtubers, music critics, and popular social media personalities. Getting them to post or play your content will give it a lot more exposure than it would regularly get. Message tastemakers in the audio genre you’re creating and ask them to post or play your content. Some influencers will post content for free, while others will charge you a fee.
Summary: Share your Soundcloud URL wherever you can. Identify your ideal fans. Add comments to your own tracks to interact with fans. Consistently post new content. Interact with fans and artists on social media. Get influencers to play your content on their platforms.

In one sentence, describe what the following article is about: In CIDR, you have a IP address followed by bit-length prefix separated by slash(/). Now you can start to convert bit-length prefix to quad-dotted by separating the bit-length prefix in increments of 8 and adding the final bit number.     Example:  If the bit-length prefix is 27, then write it as 8 + 8 + 8 + 3 .   Example:  If bit-length prefix is 12, then write it as 8 + 4 + 0 + 0 .   Example:  Default bit-length prefix is 32, then write it as 8 + 8 + 8 + 8. The total number of bits is represented using the following equation: Tb = 8. Subnet masks can be 0, 128, 192, 224, 240, 248, 252, 254 and 255.  The table above gives you the Number of bits used for subnetting (n) to their corresponding subnet mask.     For subnet mask 255 is default, so it'll not consider for subnet masking.   From the previous step, you got IP address = 170.1.0.0 and Sub-net mask = 255.255.255.192  Total bits = Tb = 8  Number of bits used for subnetting = n.  As the subnet mask = 192, its corresponding number of bits used for Subnetting is 2 from above table. The Number of subnets is 2n.    In our example, the number of subnets = 22 = 4.  The total number of subnets is 4. This is represented with the formula (Δ) = 2m.  In our example, the value of last bit used for subnet masking = Δ = 26 = 64. The value of the last bit used for subnet masking is 64. The number of hosts per subnet is 2m - 2. Now you can find previously calculated number of subnets by separating subnets each having the value of last bit used for subnet masking or Δ.   In our example, the last value used for subnet masking is 64. This produces 4 subnets with 64 addresses. Our example IP is 170.1.0.0. This falls in the 170.1.0.0 - 170.1.0.63 subnet.
Summary:
Write the bit-length prefix in bit format. Determine the total number of bits. Determine the number of bits used for subnetting. Calculate the number of subnets. Calculate the value of last bit used for subnet masking. Calculate the number of hosts per subnet. Separate the subnets by the value of the last bit used for subnet masking. Find which subnet your IP address is in.