Vector graphics generally require less memory than raster graphics because they are based on mathematical equations and geometric shapes rather than pixel data. Since they can be scaled infinitely without losing quality, their file sizes are often smaller when representing images with simple shapes and colors. However, complex vector graphics with many details can still consume significant memory. Overall, the memory usage of vector graphics depends on their complexity and the software used to create and manipulate them.
It'll run slowly if you don't have a solid gaming computer. That means lots of memory space and a decent graphics card.
A memory stick is electric that holds lots of memory and thing from your computer
Lots of them , the most common is USB.
bitmap is a raster image which is anything with lots of detail while a vector is an image that is made up of geometric shapes and therefore can be manipulated in ways in which is keeps its detail. raster images vary depending on resolution and can only be made bigger if they have a higher resolution while vectors can scale without regards to resolution as they are made of geometric primitives. Simple things use vector while more complete images are usually raster/bitmap.
Memory is something that is remembered. The Power of retaining something and recalling past experience like " he had a good memory when he was younger" In computer science Memory is the device which store the data in it for processing or for display. Memory is made of lots of buffer(buffer is 1 bit circuit).
On the computer ad, you'd be looking for at least 2-3 gigabytes of ram. Nowadays, 2gb is considered minimal. If you don't want to buy a new computer, ram extensions are also available and can be inserted into the computer to increase memory by a certain amount.
lots!!
Memory is something that is remembered. The Power of retaining something and recalling past experience like " he had a good memory when he was younger" In computer science Memory is the device which store the data in it for processing or for display. Memory is made of lots of buffer(buffer is 1 bit circuit).
Lots of processors all doing the same task simultaneously. For instance a graphics card will use massively parallel processing computing to render the display.
It is faster to access RAM than the Hard Drive in a computer, this is why lots of RAM is good, as the computer can store more data on it that is being used so it can be accessed and thus run faster.
Typical home computers can have 4-8 GB of RAM.. (very new one can have up to 12 GB). Large servers can usually have hundreds of GB RAM, and with clustering up to several thousand GB RAM. The computer has several requirements to run fast, the most basic: processor: makes application and calculations fast graphics card: makes games and graphics fast memory: allows you to have lots of programs or large datasets active at one time without the computer slowing down.
Yes, a graphics card is essential for any computer. Without a graphics card the monitor would not be usable, as it is the graphics card that turns data fed to it into data which can be displayed as pixels on a screen. Even if you think you do not have a graphics card, you are probably wrong, as computers are manufactured with graphics cards mounted on their motherboards.