intransitive verb. 1 : to feel or express dejection or discontent : complain. 2 : to long for something.

What is the opposite of repine?

crow	delight
rejoice	compliment
dislike	hate
praise	be happy
accept	approve

express discontent.

1. The old woman repined at her misfortune.
2. It does no good for you to repine at your unhappy lot.
3. She repined for a peaceful life.
4. The former manager of the company repined against his cruel fate.
5. WHY, repine, my pensive friend.
6. WHY, why repine, my pensive friend.

Adequacy Synonyms – WordHippo Thesaurus….What is another word for adequacy?

sufficiency	acceptability
satisfactoriness	suitability
fairness	ampleness
appropriateness	reasonableness
suitableness	appropriacy

/ˈriː.zən.ə.bəl.nəs/ the fact of being based on or using good judgment and therefore being fair and practical: The court will determine the reasonableness of the police activity.

Meaning of appropriacy in English. the fact that a word or phrase sounds natural and is acceptable when used in a particular situation : Teachers aim to assess the appropriacy of the language used by their students in particular contexts.

the fact that a word or phrase sounds natural and is acceptable when used in a particular situation : Teachers aim to assess the appropriacy of the language used by their students in particular contexts. SMART Vocabulary: related words and phrases. Suitable and acceptable.

A processor register (CPU register) is one of a small set of data holding places that are part of the computer processor. A register may hold an instruction, a storage address, or any kind of data (such as a bit sequence or individual characters).

Different processors have different numbers of registers for different purposes, but most have some, or all, of the following:

• program counter.
• memory address register (MAR)
• memory data register (MDR)
• current instruction register (CIR)
• accumulator (ACC)

The definition of a register is a book, list or record of dates, events or other important pieces of information. An example of a register is a listing of people married in a specific church. noun.

Registers are a type of computer memory used to quickly accept, store, and transfer data and instructions that are being used immediately by the CPU. The registers used by the CPU are often termed as Processor registers.

Registers hold the operands or instruction that CPU is currently processing. Memory holds the instructions and the data that the currently executing program in CPU requires. Register holds the small amount of data around 32-bits to 64-bits. Memory of the computer can range from some GB to TB.

A register is a temporary storage area built into a CPU. Most modern CPU architectures include both types of registers. Internal registers include the instruction register (IR), memory buffer register (MBR), memory data register (MDR), and memory address register (MAR).

Four registers are essential to instruction execution:

• Program counter (PC): Contains the address of an instruction to be fetched.
• Instruction register (IR): Contains the instruction most recently fetched.
• Memory address registers (MAR): Contains the address of a location in memory.

These are classified as given below.

• Accumulator:
• Memory Address Registers (MAR):
• Memory Data Registers (MDR):
• General Purpose Registers:
• Program Counter (PC):
• Instruction Register (IR):

The four general purpose registers are the AX, BX, CX, and DX registers. AX – accumulator, and preferred for most operations. BX – base register, typically used to hold the address of a procedure or variable. CX – count register, typically used for looping.

Shift Registers are used for data storage or for the movement of data and are therefore commonly used inside calculators or computers to store data such as two binary numbers before they are added together, or to convert the data from either a serial to parallel or parallel to serial format.

A PIPO register (parallel in, parallel out) is very fast – an output is given within a single clock pulse.

Different Types of Registers

• MAR Register. The full form of MAR is the memory address register.
• MDR. The full form of MDR register is a memory data register.
• MBR. The full form of MBR is the memory buffer register.
• PC. The full form of PC is the program counter register.
• Accumulator.
• Index Register.
• Instruction Register.

1 : the sound or motion of something flapping loosely. 2a : a backward handspring. b : a sudden reversal (as of policy or strategy) 3 : a usually electronic device or a circuit (as in a computer) capable of assuming either of two stable states.

What is another word for flip-flop?

somersault	flip
backward somersault	cartwheel
vault	handspring
forward roll	turn
flip flop

The most common types of flip flops are:

• SR flip-flop: Is similar to an SR latch.
• D flip-flop: Has just one input in addition to the CLOCK input.
• JK flip-flop: A common variation of the SR flip-flop.
• T flip-flop: This is simply a JK flip-flop whose output alternates between HIGH and LOW with each clock pulse.

Applications of Flip-Flops

• Counters.
• Frequency Dividers.
• Shift Registers.
• Storage Registers.
• Bounce elimination switch.
• Data storage.
• Data transfer.
• Latch.

Applications of JK Flip Flop

• Registers. A single flip flop can store a 1 bit word.
• Counters. Counter is a digital circuit used for a counting pulses or number of events and it is the widest application of flip-flops .
• Event Detectors.
• Data Synchronizers.
• Frequency Divider.

The SR-gated latch is a simple circuit that implements both time and memory. We can improve the functionality of the SR-latch by building more complicated circuits such as the D-latch, the JK-latch, the T-latch, the Master-Slave latch and other types of sequential circuits called Flip-Flops.

Types of Counters

• Asynchronous Counters.
• Synchronous Counters.
• Asynchronous Decade Counters.
• Synchronous Decade Counters.
• Asynchronous Up-Down Counters.
• Synchronous Up-Down Counters.

There are basically four main types of latches and flip-flops: SR, D, JK, and T. The major differences in these flip-flop types are the number of inputs they have and how they change state.

T flip flop is modified form of JK flip-flop making it to operate in toggling region. Whenever the clock signal is LOW, the input is never going to affect the output state. The clock has to be high for the inputs to get active.

D Flip-Flop: When the clock rises from 0 to 1, the value remembered by the flip-flop becomes the value of the D input (Data) at that instant. T Flip-Flop: When the clock rises from 0 to 1, the value remembered by the flip-flop either toggles or remains the same depending on whether the T input (Toggle) is 1 or 0.