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And here is for the eye:Images from around the web about how to find a harp lender, hope you like them. We have created a special mix of results resources for those looking for answers to the most common questions in life, We hope that our unique service will fill your need to be answered.

So you are looking for a new job and you contact a recruitment agency and you apply, the trouble is you are one out of 100, 200 or even 300 people applying.

It is a bit daunting really and doing it that way can be more than frustrating, so how can you jump to the head of the queue?

Well social media sites and having your own personally branded blog are providing a way to stand out from the crowd and get that job without having to negotiate that recruiting company gatekeeper.

The advantage for companies is that they can save hundreds of thousands of dollars a year by circumventing headhunting companies and not having to pay the typical recruitment fee. So with the large and growing database of information on Facebook and LinkedIn it is inevitable that companies will continue to increase their use of social media networks to source and hire their new employees. So the web continues to disrupt and disturb traditional business models that have been in place for decades.

I honestly don’t think the recruitment industry will suffer, they will just adapt and change with times. I also share one personal story about how, through a series of successive steps, Twitter helped me get hired to teach at UCLA Extension.

For a square and or a rectangular shape, you need to add the lengths of all four sides to find the perimeter.

2.What would be the perimeter of a rectangle that has two of it’s sides as 4 cm and 9 cm in length?

3.Can you find out the perimeter of a triangle that has three sides as 4 m, 5 m and 6m long? Square roots should always be positive when dealing with real numbers, that means you should not have a negative inside the square root. In this video, Mahalo math expert Allison Moffett shows you how to find the volume of a cylinder.

To find the volume of a cylinder, you must start with the basic formula V=Ah, where V is volume, A is the area of the base and h is height. Mahalo math expert Allison Moffett holds a bachelor's degree in physics from the University of California, San Diego and a master's degree in mathematics from San Diego State University. Please remember that using others' images on the web without their permission is not very nice.

The geometry in this case is straight forward — we have a parabola that is opening upward in the plane.

Because the parabola is opening upward, our focus will have the highest y-coordinate, the vertex will be south of the focus, and finally the directrix will be furthest south of them all. With that in mind, to actually find the vertex, focus, and directrix, you can either transform your y=x?-6x+15 into vertex form, or you can leave it, and use formulas for these from standard form. We’re also solving this problem in the context of multiple choice, which is great because the answer is somewhere already on the paper! TEST TAKING TIP #1: Notice here that we have only one answer that has vertex (3,6), and that answer is A. TEST TAKING TIP #2: Note that we know that the vertex x-coordinate and focus x-coordinate are always the same.

Finally, we can find the directrix of a parabola by noting that it will be a horizontal line and south of the vertex of the upward opening parabola, as we said above. HOW DO I FIND THE CO-ORDINATES OF ITS FOCUS AND DIRECTION OF PARABOLA GIVEN THAT THE VERTEX IS AT (4,-8)?

In this case, assuming you know that the parabola is vertically oriented, you’re going to need another piece of information in order to uniquely determine the parabola, determining its opening direction, or determine its focus. How do you find the equation of a parabola given only the focus, direction it opens, and a point on the parabola?

First, note that since we have the focus F(h,k+p) = F(2,3), this means we have h=2, and k+p=3.

We can check to see that this is correct by plugging in our point (3,5) to see that it satisfies our equation of the parabola, and that the focus formulas F(h,k+p) actually produce the point F(2,3). In this case, assuming you know that the parabola is vertically oriented, you’re going to need another piece of information in order to uniquely determine the parabola, determining its opening direction, or determine its focus. Hi Dawn — If you already have the vertex, the key to finding the focus and directrix is to find the value of p. The directrix will then be a vertical line, to the left of the vertex: p units to the left, to be exact. To check, we can use the focus and directrix we just found, and generate a couple of points that must lie on the parabola determined by these. How do you find the vertex given only the focus (-2,1) and the directrix x=-3 for a parabola?

Hi Seth — Since our directrix is vertical, we know the parabola opens either to the left or right. Now, to find the vertex of the parabola, simply find the midpoint of this point and the focus. Hi Tracy — One way is to start by finding the vertex form of the parabola, and then convert it to standard form.

See Figure B, in the main article, for a cheat sheet of parabola formulas to see an illustration of this. We don’t have to, but I like to visualize what these parabolas look like in the plane, so we can rely more on our geometric intuition and worry less about picking a correct formula.

We know the form of the equation is quadratic in Y, not X, because the equation is of the form X = aY?. Now, to find the directrix, I always first calculate the point on the directrix the shortest distance from the parabola.

The first thing to note is that when we visualize these two points in the plane, they are located horizontally from one another.

We pride ourselves on always delivering your answer to you if we fail please tell us so that we may improve our service.

A personally branded blog can be your resume on line that can highlight your skills and also your creativity that makes you stand out from the crowd. Some are long-term and some are just beginning, but they are what make us connect as human beings.

I actually used Facebook advertisements to land myself a job and (insert shameless self promotion here) I’m creating a program teaching people how to do the same. I am currently seeking a position in social media & also authored a post with my own tips including a personal success story. No question that directly or indirectly our social media footprints can lead us to employment or contract work — it has certainly helped me get several teaching position (or at least opened the doors). For triangular shape you will need to add all the lengths of three sides, for pentagon add lengths of five sides, and so on. Let's remember first that finding the square root of a number is the opposite of finding the exponent of a number. In this case you can get the square root of 16=4, the square root 4=2, and the square root of 5, since square root of 5 does not have a perfect square is left the same way .

Since the base of a cylinder is a circle, your formula becomes V=pi time the radius squared times height.For example, if you have a cylinder with a radius of three and a height of five, plugging those numbers into the formula will give you V=pi times three squared times five.

She has spent years working as a math teacher and enjoys breaking down often complex processes into easily understandable and repeatable steps. Recall that when in standard form, the convention is to use coefficients a, b, and c as in ax?+bx+c. Thus, at this point, I would double check my calculations very carefully (as always, but especially in this case, as we would be betting the house on it), and pick that answer. Then move on to the next question from there. Because we just found the vertex to be (3,6), we know the axis of symmetry to be x=3, and the focus lies on that line. So even before we made any calculations in this problem, once we knew the parabola opened upward, we could rule out multiple choice answer D, as that option presents a vertex and focus with different x-coordinates. We received this question on January 27, 2014, and again, had trouble getting the email out to a Yahoo! Suppose you have the focus F(2,3), and are given a point on the parabola is (3,5), and we are told the parabola opens upward. Once you have p, then you just add and subtract it from the vertex to find the focus and directrix. We’re actually presently working on additional materials to help readers with horizontal parabola problems.

I think having a blog is key: I often refer to it as the hub to which all of our other social media tools should attach. Moreover, we are only going to deal with positive square roots, a negative square root will result on imaginary numbers. When I look at y=x?-6x+15, I do not see a quick way to turn it into vertex form through factoring (meaning we would have to complete the square). Showing that the focus formula produces the point (2,3), particularly that k + p = 3, is more involved (i.e. Alternatively (and more rigorously), we can just use the directrix and focus we have found to derive the equation of the parabola from the definition. In this article we are going to learn the steps to find the square root of any number without a calculator. We’ll continue the rest of the calculations, however, to be sure you know how to do the rest. Basically what we want to do is start with the vertex form of the parabola equation, and use the information we are given to find the h, k, and a that are required to uniquely determine the equation. The only information I received from the problem is the maximum height is 8 yds and it lands 50 yds away. In the case of a directrix of x = -3 and a focus of (1,2), we do indeed find that (y-2)? = 8(x+1).

Twitter is great for meeting people who might not be in your industry but make great contacts. This is because the general version of this form of the horizontal parabola is y? = 4px (for the parent function), and (y-k)? = 4p(x-h) (in the translated case). Since we are given that the vertex y-coordinate is 8, the directrix at y=3 is below the vertex. LinkedIn is a more professional way to connect but allows you to show off your experience and collect a nice pile of recommendations.

So you are looking for a new job and you contact a recruitment agency and you apply, the trouble is you are one out of 100, 200 or even 300 people applying.

It is a bit daunting really and doing it that way can be more than frustrating, so how can you jump to the head of the queue?

Well social media sites and having your own personally branded blog are providing a way to stand out from the crowd and get that job without having to negotiate that recruiting company gatekeeper.

The advantage for companies is that they can save hundreds of thousands of dollars a year by circumventing headhunting companies and not having to pay the typical recruitment fee. So with the large and growing database of information on Facebook and LinkedIn it is inevitable that companies will continue to increase their use of social media networks to source and hire their new employees. So the web continues to disrupt and disturb traditional business models that have been in place for decades.

I honestly don’t think the recruitment industry will suffer, they will just adapt and change with times. I also share one personal story about how, through a series of successive steps, Twitter helped me get hired to teach at UCLA Extension.

For a square and or a rectangular shape, you need to add the lengths of all four sides to find the perimeter.

2.What would be the perimeter of a rectangle that has two of it’s sides as 4 cm and 9 cm in length?

3.Can you find out the perimeter of a triangle that has three sides as 4 m, 5 m and 6m long? Square roots should always be positive when dealing with real numbers, that means you should not have a negative inside the square root. In this video, Mahalo math expert Allison Moffett shows you how to find the volume of a cylinder.

To find the volume of a cylinder, you must start with the basic formula V=Ah, where V is volume, A is the area of the base and h is height. Mahalo math expert Allison Moffett holds a bachelor's degree in physics from the University of California, San Diego and a master's degree in mathematics from San Diego State University. Please remember that using others' images on the web without their permission is not very nice.

The geometry in this case is straight forward — we have a parabola that is opening upward in the plane.

Because the parabola is opening upward, our focus will have the highest y-coordinate, the vertex will be south of the focus, and finally the directrix will be furthest south of them all. With that in mind, to actually find the vertex, focus, and directrix, you can either transform your y=x?-6x+15 into vertex form, or you can leave it, and use formulas for these from standard form. We’re also solving this problem in the context of multiple choice, which is great because the answer is somewhere already on the paper! TEST TAKING TIP #1: Notice here that we have only one answer that has vertex (3,6), and that answer is A. TEST TAKING TIP #2: Note that we know that the vertex x-coordinate and focus x-coordinate are always the same.

Finally, we can find the directrix of a parabola by noting that it will be a horizontal line and south of the vertex of the upward opening parabola, as we said above. HOW DO I FIND THE CO-ORDINATES OF ITS FOCUS AND DIRECTION OF PARABOLA GIVEN THAT THE VERTEX IS AT (4,-8)?

In this case, assuming you know that the parabola is vertically oriented, you’re going to need another piece of information in order to uniquely determine the parabola, determining its opening direction, or determine its focus. How do you find the equation of a parabola given only the focus, direction it opens, and a point on the parabola?

First, note that since we have the focus F(h,k+p) = F(2,3), this means we have h=2, and k+p=3.

We can check to see that this is correct by plugging in our point (3,5) to see that it satisfies our equation of the parabola, and that the focus formulas F(h,k+p) actually produce the point F(2,3). In this case, assuming you know that the parabola is vertically oriented, you’re going to need another piece of information in order to uniquely determine the parabola, determining its opening direction, or determine its focus. Hi Dawn — If you already have the vertex, the key to finding the focus and directrix is to find the value of p. The directrix will then be a vertical line, to the left of the vertex: p units to the left, to be exact. To check, we can use the focus and directrix we just found, and generate a couple of points that must lie on the parabola determined by these. How do you find the vertex given only the focus (-2,1) and the directrix x=-3 for a parabola?

Hi Seth — Since our directrix is vertical, we know the parabola opens either to the left or right. Now, to find the vertex of the parabola, simply find the midpoint of this point and the focus. Hi Tracy — One way is to start by finding the vertex form of the parabola, and then convert it to standard form.

See Figure B, in the main article, for a cheat sheet of parabola formulas to see an illustration of this. We don’t have to, but I like to visualize what these parabolas look like in the plane, so we can rely more on our geometric intuition and worry less about picking a correct formula.

We know the form of the equation is quadratic in Y, not X, because the equation is of the form X = aY?. Now, to find the directrix, I always first calculate the point on the directrix the shortest distance from the parabola.

The first thing to note is that when we visualize these two points in the plane, they are located horizontally from one another.

We pride ourselves on always delivering your answer to you if we fail please tell us so that we may improve our service.

A personally branded blog can be your resume on line that can highlight your skills and also your creativity that makes you stand out from the crowd. Some are long-term and some are just beginning, but they are what make us connect as human beings.

I actually used Facebook advertisements to land myself a job and (insert shameless self promotion here) I’m creating a program teaching people how to do the same. I am currently seeking a position in social media & also authored a post with my own tips including a personal success story. No question that directly or indirectly our social media footprints can lead us to employment or contract work — it has certainly helped me get several teaching position (or at least opened the doors). For triangular shape you will need to add all the lengths of three sides, for pentagon add lengths of five sides, and so on. Let's remember first that finding the square root of a number is the opposite of finding the exponent of a number. In this case you can get the square root of 16=4, the square root 4=2, and the square root of 5, since square root of 5 does not have a perfect square is left the same way .

Since the base of a cylinder is a circle, your formula becomes V=pi time the radius squared times height.For example, if you have a cylinder with a radius of three and a height of five, plugging those numbers into the formula will give you V=pi times three squared times five.

She has spent years working as a math teacher and enjoys breaking down often complex processes into easily understandable and repeatable steps. Recall that when in standard form, the convention is to use coefficients a, b, and c as in ax?+bx+c. Thus, at this point, I would double check my calculations very carefully (as always, but especially in this case, as we would be betting the house on it), and pick that answer. Then move on to the next question from there. Because we just found the vertex to be (3,6), we know the axis of symmetry to be x=3, and the focus lies on that line. So even before we made any calculations in this problem, once we knew the parabola opened upward, we could rule out multiple choice answer D, as that option presents a vertex and focus with different x-coordinates. We received this question on January 27, 2014, and again, had trouble getting the email out to a Yahoo! Suppose you have the focus F(2,3), and are given a point on the parabola is (3,5), and we are told the parabola opens upward. Once you have p, then you just add and subtract it from the vertex to find the focus and directrix. We’re actually presently working on additional materials to help readers with horizontal parabola problems.

I think having a blog is key: I often refer to it as the hub to which all of our other social media tools should attach. Moreover, we are only going to deal with positive square roots, a negative square root will result on imaginary numbers. When I look at y=x?-6x+15, I do not see a quick way to turn it into vertex form through factoring (meaning we would have to complete the square). Showing that the focus formula produces the point (2,3), particularly that k + p = 3, is more involved (i.e. Alternatively (and more rigorously), we can just use the directrix and focus we have found to derive the equation of the parabola from the definition. In this article we are going to learn the steps to find the square root of any number without a calculator. We’ll continue the rest of the calculations, however, to be sure you know how to do the rest. Basically what we want to do is start with the vertex form of the parabola equation, and use the information we are given to find the h, k, and a that are required to uniquely determine the equation. The only information I received from the problem is the maximum height is 8 yds and it lands 50 yds away. In the case of a directrix of x = -3 and a focus of (1,2), we do indeed find that (y-2)? = 8(x+1).

Twitter is great for meeting people who might not be in your industry but make great contacts. This is because the general version of this form of the horizontal parabola is y? = 4px (for the parent function), and (y-k)? = 4p(x-h) (in the translated case). Since we are given that the vertex y-coordinate is 8, the directrix at y=3 is below the vertex. LinkedIn is a more professional way to connect but allows you to show off your experience and collect a nice pile of recommendations.

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