Answer:
Explanation:
✓ computer can be used Interactive Learning apps, whereby students can share knowledge
✓Access to Information on the go: computer can be searched when educational information is needed
✓Virtual Classrooms : Incase of online classroom computer can be of help where both teacher student can meet online
✓Data processing and presentation ; computer can be used by both teacher and student in processing of data's.
✓Computer Literacy Education : for Literacy Education, computer can be used in training students to become computer literate.
Answer:
Toner vacuum
Explanation:
In the process of replacing the toner cartrige for a laser printer, whenever you notice that toner particles have been split inside the printer, what you should use to effectively remove these particles is a TONER VACUUM, it is a device specially created for that purpose, after using a toner vacuum, you can use the activated toner clothe to clean the rest, after which I will advise you to use an aerosol spry to get the best result.
Answer:
The correct answer to the following question will be "Instruction set architecture".
Explanation:
The Instruction Series Design is a component of the system that is accessible to the compiler and the programmer. It is also the distinction between hardware and software. We will describe in detail the set of instructions used in most of the microprocessors that are used today.
The processor ISA can be represented using 5 categories, these are as follows:
- The RAM Running Memory.
- Amount of clear operating names.
- Location of operands.
- Operations
- Size and type of the operand.
Therefore, Instruction set architecture is the right answer.
Answer:
Brief History Of Computer. The computer as we know it today had its beginning with a 19th century English mathematics professor name Charles Babbage. ... Other developments continued until in 1946 the first general– purpose digital computer, the Electronic Numerical Integrator and Computer (ENIAC) was built.
Explanation:
Computers and electronics play an enormous role in today's society, impacting everything from communication and medicine to science.
Although computers are typically viewed as a modern invention involving electronics, computing predates the use of electrical devices. The ancient abacus was perhaps the first digital computing device. Analog computing dates back several millennia as primitive computing devices were used as early as the ancient Greeks and Romans, the most known complex of which being the Antikythera mechanism. Later devices such as the castle clock (1206), slide rule (c. 1624) and Babbage's Difference Engine (1822) are other examples of early mechanical analog computers.
The introduction of electric power in the 19th century led to the rise of electrical and hybrid electro-mechanical devices to carry out both digital (Hollerith punch-card machine) and analog (Bush’s differential analyzer) calculation. Telephone switching came to be based on this technology, which led to the development of machines that we would recognize as early computers.
The presentation of the Edison Effect in 1885 provided the theoretical background for electronic devices. Originally in the form of vacuum tubes, electronic components were rapidly integrated into electric devices, revolutionizing radio and later television. It was in computers however, where the full impact of electronics was felt. Analog computers used to calculate ballistics were crucial to the outcome of World War II, and the Colossus and the ENIAC, the two earliest electronic digital computers, were developed during the war.
With the invention of solid-state electronics, the transistor and ultimately the integrated circuit, computers would become much smaller and eventually affordable for the average consumer. Today “computers” are present in nearly every aspect of everyday life, from watches to automobiles.
The order of precedence is the hierarchical order in which calculations are conducted. The simplest example of this is the way you always multiply before you add numbers.
