"Multiplier" Pronounce,Meaning And Examples

"Multiplier" Natural Recordings by Native Speakers

Multiplier

"Multiplier" Meaning

A multiplier is a noun that refers to a number or expression that is multiplied by another number or expression to produce a product. It is often used in academic and technical contexts, particularly in mathematics and economics.

"Multiplier" Examples

Usage Examples of "Multiplier"

Flutter your eyelids slowly; a person who is blind may use it as a multiplier of the sound, turning it into a mental image.

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(price-to-earnings ratio is often used as a multiplier of the dividend payout ratio.)

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The multiplier effect of social media has transformed the way we communicate and share information.

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(Comparing the coefficients of variation across different times/areas is a multiplier of the coefficient of variation in finance.)

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In the study of probability theory, a multiplier can increase the probability of a specific outcome.

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Note: The examples are fictional and for demonstration purposes only.

"Multiplier" Similar Words

Multiplicative

Multiplicatively

The adjective "multiplicatively" refers to something that is related to multiplication or the process of multiplying. It can also describe a relationship or association between two or more things that is proportional or in direct proportion to each other. In mathematics, a multiplicatively dependent sequence is a sequence of numbers in which each term is the product of a fixed nonzero constant and the previous term.

Multiplicativity

The word "multiplicativity" refers to the property of a mathematical operation or function that can be split into separate components and then multiplied together, with the result being equal to the original operation or function. In other words, it is the ability to express a complex operation as the product of simpler operations, and the result remains the same regardless of the order in which the operations are performed. For example, in arithmetic, multiplication is a multiplicatively distributive operation, meaning that it can be split into separate factors and then multiplied together, without changing the result. This is demonstrated by the commutative and associative properties of multiplication, which allow us to rearrange the factors without changing the outcome. In statistics, the concept of multiplicativity is used to describe the relationship between variables, where the product of two or more variables remains constant, regardless of the order in which they are multiplied. This is often used to model complex relationships between variables, such as the interaction between multiple predictors in a regression analysis. In a broader sense, the concept of multiplicativity can be applied to other domains, such as logic, computer science, and even human cognition, where it represents the ability to break down complex problems into smaller, more manageable components, and then combine them to achieve the desired outcome.

Multiplicator

I apologize, but "multiplicator" is not a commonly used or recognized word in English. It's possible that it's a term specific to a particular field or industry, or it could be a made-up word. However, I'm guessing that you might be looking for the word "multiplier", which is a noun that refers to a device or system that increases the magnitude of a quantity, such as a sound or an image. In mathematics and statistics, a multiplier is a factor that is multiplied by a value to produce a result. If you could provide more context or clarify what you mean by "multiplicator", I'd be happy to try and help you further.

Multiplicities

The word "multiplicities" refers to a large number or collection of things, often of diverse kinds. It can also refer to a multiplicity of factors, causes, or influences that contribute to a particular situation or outcome. Additionally, in mathematics and logic, multiplicities refer to the number of times a value or a description occurs in a set or a collection.

Multiplicitous

The word "multiplicitous" is an adjective that means having or characterized by multiple parts or aspects. It can also refer to something that has multiple interpretations or meanings. In a broader sense, it can imply a lack of unity or coherence.

Multiplicity

Multiplied

The word "multiplied" is the past tense of the verb "multiply", which means to increase or add together repeatedly to get a larger number or amount. For example: The mathematician multiplied the numbers together to get the product. The company's profits multiplied after the new marketing strategy was implemented. In a broader sense, "multiplied" can also mean to repeat or proliferate something many times, such as: The idea of the protest multiplied quickly across social media, gaining widespread support. The bacteria in the environment multiplied rapidly, causing the plant disease to spread.

Multipliers

Multiplies

The verb "multiplies" means to increase or perform an operation on something, such as a number or quantity, by a specified number of times. For example: "The mathematician multiplies two numbers to get a product." It can also mean to produce offspring or children, such as: "The insect multiplies rapidly in the warm weather."

Multiply

The verb "multiply" means to increase or add together a quantity a specified number of times, or to have offspring or products in a large or excessive number. It can also mean to make something many times more numerous, bigger, or more intense.

Multiplying

Multipolar

Multipolar refers to a system or situation in which multiple centers of power or influence exist, rather than a single dominant or central authority. In international relations, multipolar refers to a global system in which no single power or alliance dominates, and instead multiple major powers or blocs exert significant influence.

Multipolarisation

Multipolarity

Multipolarization

Multipolarization refers to a concept in physics and engineering that describes the process of splitting or diversifying a single electromagnetic wave into multiple waves or modes. This can occur in various physical systems, such as fiber optic cables, waveguides, or antennas. Multipolarization can be used to improve the capacity and performance of communication systems, as well as to manipulate the properties of electromagnetic waves in various applications, including optics, electromagnetics, and signal processing.