What type of instructions does a CISC chip handle?

A CISC (Complex Instruction Set Computer) chip is designed to handle a wide array of instructions, making it versatile in its operations. This characteristic sets CISC architecture apart from RISC (Reduced Instruction Set Computer) architecture, which focuses on a smaller set of simple instructions.

CISC chips include a mix of complex instructions that can execute multiple low-level operations, such as loading data from memory, performing arithmetic operations, and storing data back in memory, all in a single instruction. This capability allows for reduced program size and can make the programming process more straightforward by allowing specific operations to be performed in fewer lines of code.

In contrast, the other options do not accurately reflect the nature of CISC architecture. For instance, basic solitary instructions imply a limitation that does not align with the more complex capabilities of CISC. Sequential instructions suggest a restriction to one type of execution flow, which does not capture the breadth of operations in CISC design. Graphical instructions pertain to visual elements or hardware acceleration, which is not a primary function associated with the instruction set of CISC processors.