How Many Gb Is 11000 Mb

How Many Gb Is 11000 Mb – The Met Office (weather forecast) computer has 17 petabytes of data storage = 17,000 terabytes. It has 48,000 CPU cores and weighs 140 tons!

The need for secondary storage common types of storage: optical, magnetic, solid state and their characteristics – capacity, speed, portability, durability, reliability, cost advantages and disadvantages of these storage methods appropriate storage methods and appropriate storage media for a specific application. data capacity on their characteristics and calculation of data capacity requirements

How Many Gb Is 11000 Mb

How Many Gb Is 11000 Mb

Sort from smallest to largest: GB KB Byte MB Nibble Bit Which storage devices/media can have the following capacity: 700MB Up to 185 TB 4.7 GB 128GB – 4TB 1.44MB Storage media have capacity measured in bytes. The three common measurements are: – Megabytes (MB) – one million bytes (well, 1,024,000 bytes, to be exact) Gigabytes (GB) – One thousand Megabytes Terabyte (TB) – One thousand Gigabytes Today’s goals: Estimate your storage requirements and find most suitable storage Calculate data capacity requirements for different file types

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Sort from smallest to largest: Bit Nibble Byte KB MB GB Which storage device/media can have the following capacities: 700MB = CD to 185 TB = Mag Tape 4.7 GB = DVD 128 GB – 4 TB = SSD 1.44 MB = Floppy disk storage media has a capacity measured in bytes. The three common measurements are: – Megabytes (MB) – one million bytes (well, 1,024,000 bytes, to be exact) Gigabytes (GB) – One thousand Megabytes Terabyte (TB) – One thousand Gigabytes Today’s goals: Estimate your storage requirements and find most suitable storage Calculate data capacity requirements for different file types

1000TB>GB Size equal to 8 bits 1 byte 1024 bytes 1000 bytes 1 kilobytes 1024 kilobytes 1000 kilobytes 1 megabytes 1024 megabytes 1000 megabytes 1 gigabytes 1024 gigabytes 1024 gigabytes 1024 kilobytes 1020 gigabytes calculated storage requirements for today 0 gigabytes calculated storage requirements for 0 0 gigabytes gigabytes D 1020 gigabytes estimate requirements gigabytes storage requirements. file types

1000TB = GB Size equal to 8 bits 1 bytes 1024 bytes 1000 bytes 1 kilobytes 1024 kilobytes 1000 kilobytes 1 megabytes 1024 megabytes 1000 megabytes 1 gigabytes 1024 gigabytes 1024 gigabytes 1024 gigabytes requirements for today 0 gigabytes storage 1024 gigabytes storage requirements 400 gigabytes storage requirements. file types

1 KB = 1,024 bytes In exams we can use 1KB = 1,000 bytes. It makes the math easier! But why do we think that is? Think binary which is base 2 because it can only use 1 or can 1000 be represented as 2 to the power of nothing? We hope you can estimate file sizes and storage space requirements; we will look at both today. You need your Maths! Today’s Objectives: Estimate storage requirements and calculate data capacity requirements for the most appropriate storage for different file types

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10 Calculation of storage – 1 In your exam you will be given a scenario and asked to estimate how much data storage will be required. Example 1: Music storage on a smartphone You have a smartphone with 6 GB of storage. You want to save music on your phone. A typical MP3 encoded music file takes up 4 MB. How many tracks can be stored on the phone? Tip: Convert the capacity to the same size as the photo storage units before you start! Today’s Objectives: Estimate storage requirements and calculate data capacity requirements for the most appropriate storage for different file types

11 Calculation of storage – 1 In your exam you will be given a scenario and asked to estimate how much data storage will be required. Example 1: Music storage on a smartphone You have a smartphone with 6 GB of storage. You want to save music on your phone. A typical MP3 encoded music file takes up 4 MB. How many tracks can be stored on the phone? Answer: Convert GB to MB if you are using a normal amount. 6 GB = 6000 MB 6000 MB/4 MB = 1,500 music files Today’s goals: Estimate storage requirements and optimal storage Estimate data capacity requirements for different file types

12 Calculation of storage – ​​2 In your exam you will be given a scenario and asked to estimate how much data storage will be required. Example 2 – store photos on a smartphone You have a smartphone with 6 GB of storage. You want to save photos on your phone. Let’s say a typical photo taken by a phone will be around 2MB. Tip: convert the capacity to the same size as the photo storage units before you start! Today’s Objectives: Estimate storage requirements and calculate data capacity requirements for the most appropriate storage for different file types

How Many Gb Is 11000 Mb

13 Calculation of storage – ​​2 In your exam you will be given a scenario and asked to estimate how much data storage will be required. Example 2 – smartphone photo storage Let’s say a typical photo taken by a smartphone would be around 2MB. Answer: Convert GB to MB the same amount you use. 6 GB = 6000 MB 6000 MB / 2 MB = 3000 photos Today’s goals: Estimate storage requirements and optimal storage Estimate data capacity requirements for different file types

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14 Calculate storage – ​​3 In your exam you will be given a scenario and asked to estimate how much data storage will be required. Example 3: Cloud storage On your computer you currently have 2500 documents with an average file size of 50KB. You also have 5 movies using 2GB of space. You also have 1500 photos with an average file size of 3MB If you want to store all that stuff in the cloud, how much storage do you need to buy per month? Tip: Convert all files to the same storage drive size before you start! Today’s Objectives: Estimate storage requirements and calculate data capacity requirements for the most appropriate storage for different file types

2500 documents with an average file size of 50KB and 5 movies using 2GB of space. 1500 photos with an average file size of 3MB If you want to store all that stuff in the cloud, how much storage do you need to buy per month? Answer Because the storage must be added for each file, you must keep the size of the storage units the same. So for this example we will use megabytes. Text files: 50KB is 0.05 MB, so text file storage is 2500 x 0.05 MB = 125 MB Video files: 2 gigabytes is 2000 MB, so 5 x 2000 MB = 10,000 MB Photo files: 1500 x 3MB = 4,500 MB Add all = = MB Convert MB to GB: MB = GB. So you need to buy at least 15 GB of storage space. Next, you need to research the most cost-effective way to obtain that cloud storage Goals Today: Estimate your storage requirements and find the most suitable storage.

You will be able to estimate file sizes. Different file types naturally store different types of data; for example, a text file stores characters as binary ASCII code, an image file stores pixel data stored as binary. Even the data we need to allow for “expenditure”: metadata about a file also takes up storage.

17 The size of text files is 1 byte per character, + 10% for any overhead (eg file type), so a text file with 1000 characters at 1.1 bytes per character would be approximately what size? 1000 characters * 1.1 bytes = 1100 bytes total How many KB? 1100/1000 = 1.1 KB 1100/1024 = 1.07 KB Today’s goals: Estimate storage requirements and optimal storage Estimate data capacity requirements for different file types

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18 images Pixel = the smallest element of an image, a small “square” of color An image is 1024 x 720 pixels. It has 256 different colors. 256 colors = 8 bits per pixel (1 byte) because with 8 bits you can have 256 different colors (28) File size =(Number of pixels * number of bytes per pixel) + 10% for overall number of pixels = 1024 * 720 = pixels So what is the image file size? * 1.1 = bytes 811008/1000 = 811KB 811008/1024 = 792KB Today’s goals: Estimate storage requirements and optimal storage Estimate data capacity requirements for different file types

Data type Number Byte Text 1 byte per character Integer 4/8 bytes Real Boolean 1 byte Date 8 bytes A database record has 4 fields: Name (text up to 10 characters) Surname (text up to 10 characters) DataOfBirth NumberOfChildren Databases 100 records must be kept. Step 1: How many bytes in a record. First Name = 10 bytes, LastName = 10 bytes, Date of Birth = 8 bytes, NumberOfChildren = 4 bytes. Total = 32 bytes Step 2: Multiply by number of records: 32 * 100 = 3200 bytes Step 3: Add 10% for overhead – 10% of 3200 = 320, =

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