Ture or false

(1) Data may be transferred as a stream of bytes for a terminal or in larger blocks for a disk. (2) Data representations, Encoding Schemes, and error conditions are different in all I/O devices. (3) The Keyboard and mouse are faster than the Hard disk in data rate. (4) In DMA, the DMA module transfers data directly to or from the I/O device. (5) In I/O Buffering, Swapping is used to bring in additional Ready processes which is an I/O operation. (6) Processes must wait for I/O to complete before proceeding and certain pages must remain in the main memory during I/O is the main two reasons for buffering. (7) In block-oriented I/O Buffering, information is stored in a fixed-sized block. (8) Block-oriented I/O Buffering is used for terminals, printers, communication ports, mouse and (1) Data may be transferred as a stream of bytes for a terminal or in larger blocks for a disk. (2) Data representations, Encoding Schemes, and error conditions are different in all I/O devices. (3) The Keyboard and mouse are faster than the Hard disk in data rate. (4) In DMA, the DMA module transfers data directly to or from the I/O device. (5) In I/O Buffering, Swapping is used to bring in additional Ready processes which is an I/O operation. (6) Processes must wait for I/O to complete before proceeding and certain pages must remain in the main memory during I/O is the main two reasons for buffering. (7) In block-oriented I/O Buffering, information is stored in a fixed-sized block. (8) Block-oriented I/O Buffering is used for terminals, printers, communication ports, mouse and