512 mb ram 2.2 Ghz 2 gb hard drive direct x9
Firstly it's called Gigabit and Megabit network cards. Gigabit is ten times faster. 100mbit vs 1000mbit :)
1 Bit- Enough to fit one character.1 Byte (8 Bits) - Enough to fit a sentence, or eight characters.1 Kilobyte (1024 Bytes) - Enough for a large text file.1 Megabyte (1024 Kilobytes) - Enough for a whole book.1 Gigabyte (1024 Megabytes) - Enough for a movie.1 Terabyte (1024 Gigabyte) - Enough for 500 hours worth of movie.1 Petabyte (1024 Terabyte) - Enough to store 57 years worth of movie.
Here is the conversion for you because I don't fully understand the question. 8bits=1 byte, 1024 bytes=1 kilobyte, 1024 kilobyte=1 megabyte, 1024 megabytes=1 gigabyte, 1024 gigabytes=1 terabyte, and 1024 terabytes=1 petabyte. So 1024*1024=1048576 megabytes=1 terabyte making 3 megabytes=.00000286102294921875 terabytes.
Ram-3 gb graphic card-nvidia. 1 gb or greater processor-amd ii phantom/core i3/i5/i7........ 2.53 ghz.....or greater directx11.
Here is a list of bits and bytes:1 bit = binary digit8 bits = 1 byte (B)1000 bytes = 1 kilobyte (kB)1000 kilobytes = 1 megabyte (MB)1000 megabytes = 1 gigabyte (GB)1000 gigabytes = 1 terabyte (TB)1000 terabytes = 1 petabyte (PB)1000 petabytes = 1 exabyte (EB)1000 exabytes = 1 zettabyte (ZB)1000 zettabytes = 1 yottabyte (YB)
there are atleast 1700 snaps you can storeThis is completely misguided. It is assuming that the stored images are only 1.2 MB (roughly a 3.2 megapixel JPEG at 100%). An assumption that I'm not sure can be made, considering most of today's cameras are at least 6 MP, except for those found in mobile phones.The actual number of images that can be stored on a 2 GB card depends on many factors, including the size (in Megapixels) of the captor, the format of the image stored (RAW vs. JPEG) and, if stored in JPEG, the compression level of the image.Without knowing the specifics of a particular camera, format and compression, it is impossible to say how many can be stored.For example, take a 10.1 MB camera. If you are storing in full size JPEG (each photo would be about 4.5-5 MB) you would get 400-450 on a 2 GB card. If using the same camera in RAW, the images stored will be about 9 MB, so you would be able to get about 222 (2000/9) on a 2 GB card.In order to know how many, there is more information, and some calculations, that have to be done. Many cameras today will tell you, after inserting the memory card, how many photos you will can take given the present camera settings.
The Hard Drive may also be called "Storage" or "Disk Space" and it is measured in Megabytes (MB) or Gigabytes (GB). A Hard Drive consists of a metal platter which spins very fast. As it spins, the hard drive "head" moves along the platter and can "read" and "write" information. Information in RAM is stored based on electrical signals... so to change information simply requires sending a different electrical signal to the chip. This happens very quickly. Remember, the hard drive is a physical object that is spinning. It takes time to start it spinning, and move the hard drive "head" to the right position. what is the correct proportion of RAM vs disk space in icomputer performance in mega or giga bytes
If we are choosing strictly by hardware, both phones do share the some of the same specs (same rear cameras, networks, etc.). But, the Nexus 4 has faster processor (quad core vs. dual core), RAM (2 GB vs. 512 MB), a larger screen (4.7 inches 768x1280 pixels vs. 3.5 inches 640x960 pixels), higher resolution front camera (1.3 MP vs. 0.3 MP), and wifi charging capability. With software, it depends on what your needs are and personal preference. The iPhone 4S has the latest iOS software as of this writing (iOS 7). The Nexus 4 also has the latest Android software (Android 4.4.2 OS).
AnswerData on a CD is written is form of small dots. A laser is used in CD drive to read data from CD. The light reflected because of the dots on the CD is translated to 1's and 0's. The difference between a DVD and CD is that DVD uses a more concentrated laser beam. This allows it to read very very small dots. Because the size of the dots is reduced we can save more data on DVD. Beyond little microdots, the big difference between DVD's and CD's is storage Capacity. CD's (compact discs) can hold between 640 - 700 MB's (megabytes) of information on a single disc. DVD's (Digital Video Discs) can hold 4.7 GB (gigabytes) of information on a single layer disc, and 8.5 GB on a dual layer disc.Beyond that, CD's hit the consumer market in 1983, and used a laser to read the media (disc) instead of magnetic technology. The standard amount of audio (time) on a CD with CDA sound files (compact disc audio) was approximately 72 minutes. Today, MP3 music files are about 1/10th the size of CDA audio. ***This unofficially works out to 10 MB per minute of audio with CDA, and 1 MB per minute of audio with MP3.***Beyond all those specifications, there is an old technology called Laser Disc, which was almost the same size as an LP (the big ones) record, but also used laser. Based on the the technology that would bring us CD's, the laser disc provided more data storage than a typical CD due to more surface area to write to. This technology was short-lived vs VHS due to the high cost. Even though the discs themselves were cheaper to produce, the equipment required to play cost significantly more than equivalent VHS players.In the future, HD DVD and Blue Ray technology will rerevolutionize laser technology. Future High Definition Television programs will be shown in 720p, 1080i or 1080p. These video qualities make watching Television as though it's photographic quality instead of dithered like current 480i. The capacity for HD DVD is about 35 GB's per dual layer disc, and Blue Ray is about 45-50 GB's per disc (unofficial specifications from respective Mfrs.)
cheat engine
1000 or 1024 depending on bit vs bytes.