What are the differences among expressions, equations, and functions?

An algebraic expression is a collection of numbers, variables, and operators (addition, subtraction, multiplication, division, exponentiation, [ etc) which represent some value.
An equation is a pair of expressions which are connected by an equal sign (=). An equation states that the expression on one side of the equal sign has the same value as the expression on the other side.
A function is

a particular type of equation. A function relates the value of an independent variable, typically denoted as "x", to the value of a dependent variable, typically denoted as "y" or "f(x)" (which is shorthand notation for "function of x"). While this is very similar to the concept of an equation, a function speaks more to the idea of an input value leading to an output value.
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Expert answered|rhey22787|Points 1247|

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Let's think of people we know who appear to be incredibly motivated, what traits do they have? How are those traits different than someone who is unable to follow through and remains unmotivated?
**Weegy:** IN REALITY, MOST OF GOOD TRAITS IS ONLY IN A RICH PEOPLE BUT IN POOR PEOPLE GO TO OTHER COUNTRY TO BE A DOMESTIC HELPER MOST ARE NON EDUCATED IT MIGHT HAPPEN THAT THE TRAITMENT IS DIFFERENT.
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Asked 10/5/2012 12:08:29 AM

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what traits do people have that are motivated? **Weegy:** Below are 5 characteristics of highly motivated people. The following characteristics lists some of the common traits which separate those who are successful from those who are unsuccessful.
1. [ Highly motivated people talk and think in a motivational mode They live, eat, and breathe their plans or goals. They thrive on their accomplishments. They are individual thinkers who think creatively and never rely on their peer group for support. When they have ideas, they find creative ways to turn their ideas into realities, not caring when others think their ideas are unrealistic. They do not let others bring them down or put them in a negative state. They are so focused on their goals or plans that they do not have time for negative talk from others.
2. Highly motivated people believe in their abilities They know what they love doing and they do it. They take responsibility for each of their actions and believe they are the only people who can control the outcome of their life. They control their life by a set of plans or goals, which they follow and review daily. They often make adjustments to their plans or goals to get them to where they are going.
3. Highly motivated people know their strengths and weaknesses They understand these natural abilities and use them to benefit what they are accomplishing. When life throws an obstacle at them, they simply find a way around the obstacle and become stronger because of it. They use these obstacles as learning experiences and then begin their task again in a more intelligent way.
4. Highly motivated people take action daily They work hard to get what they want, even when they do not feel like working. Self-confidence, diligence, and a strong set of goals drive these people. They break their goals or plans into achievable daily tasks. Their goals are neither too hard nor too easy, but written to challenge their daily life. The thrill of successful accomplishment is a natural high to these people. They successfully ... (More)

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Asked 10/5/2012 12:19:00 AM

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Can you give examples of experiences that have affected differential continuity? **Weegy:** A continuity equation in physics is a differential equation that describes the transport of some kind of conserved quantity. [ Since mass, energy, momentum, electric charge and other natural quantities are conserved, a vast variety of physics may be described with continuity equations.
Continuity equations are the (stronger) local form of conservation laws. All the examples of continuity equations below express the same idea, which is roughly that: the total amount (of the conserved quantity) inside any region can only change by the amount that passes in or out of the region through the boundary. A conserved quantity cannot increase or decrease, it can only move from place to place.
Any continuity equation has a "differential form" (in terms of the divergence operator) and an "integral form" (in terms of a flux integral). In this article, only the "differential form" versions will be given; see the article divergence theorem for how to express any of these laws in "integral form". ] (More)

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Asked 10/5/2012 12:43:45 AM

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