"Multitasker" Natural Recordings by Native Speakers
A multitasker is a person who is able to perform or handle multiple tasks or activities at the same time. They are often skilled at prioritizing, organizing, and managing their time and responsibilities to effectively juggle multiple tasks or roles simultaneously.
Multisulcate refers to having multiple grooves or sulci (furrows or depressions) on a surface, often used to describe the brain, where sulci are grooves separating different areas of the cerebral cortex.
Multitalented refers to a person who has a wide range of skills, abilities, or talents beyond their initial training or expertise. A multitalented individual is able to excel in multiple areas or activities, often with equal proficiency. This can include being skilled in multiple creative fields, such as art, music, writing, or athletics, or possessing exceptional abilities in areas like language, technology, mathematics, or other subjects.
The word "multitasked" is the past tense of the verb "multitask", which means to perform multiple tasks or duties simultaneously, typically using a computer or other electronic device to switch between them rapidly.
To multitask means to do multiple tasks or activities at the same time, often simultaneously using a computer, phone, or other device. It involves juggling different jobs or responsibilities, such as responding to emails, making phone calls, and completing paperwork all at once, without taking your full attention away from any one task.
A multitester is an electronic device used to measure various electrical properties of a circuit or component, such as voltage, resistance, and continuity. It is also known as a digital multimeter (DMM) and is commonly used by electricians, electronics technicians, and engineers to troubleshoot and measure electrical systems.
Multithreaded refers to a program or process that can execute multiple threads or flow of control simultaneously. In other words, a multithreaded program can perform multiple tasks concurrently, improving responsiveness, efficiency, and overall performance. This is achieved by breaking down a program into smaller, independent threads that can run at the same time, shared memory and resources, and synchronization mechanisms to coordinate their interactions. Multithreading is commonly used in operating systems, web servers, and other applications that require rapid response to multiple requests.