Focus 11 | |||
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Studio album by | |||
Released | 10 November 2018 | ||
Genre | Progressive rock, instrumental rock, jazz fusion | ||
Length | 52:41 | ||
Label | In And Out Of Focus Records | ||
Producer | Geert Scheijgrond, Udo Pannekeet | ||
Focus chronology | |||
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Focus 11 is the fourteenth studio album by Dutch progressive rock band Focus, released in November 2018 on In and Out of Focus Records. It is their first album to feature bassist Udo Pannekeet, who replaced Bobby Jacobs in 2016.
- Adults & Children 15+: Take 0.50 mL 3 times daily after meals. Children 10-14: Take 0.25 mL 3 times daily after meals. Children 3-9: Take 1 drop per year of age 3 times daily after meals. Note: For ongoing support, it is recommended that Focus Formula be used concurrently with BrightSpark.
- The Focus offers three different smooth and powerful turbocharged engines: a 123-horsepower 1.0-liter 3-cylinder designed for maximum fuel economy, a 252-horsepower 2.0-liter 4-cylinder designed.
Track listing[edit]
- 'Who's Calling?' (Thijs van Leer) – 5:27
- 'Heaven' (van Leer) – 4:26
- 'Theodora Na Na Na' (van Leer) – 4:27
- 'How Many Miles?' (van Leer) – 4:48
- 'Mazzel' (van Leer) – 4:23
- 'Winnie' (van Leer) – 5:13
- 'Palindrome' (van Leer) – 5:33
- 'Clair-Obscur' (van Leer) – 3:14
- 'Mare Nostrum' (Udo Pannekeet) – 5:08
- 'Final Analysis' (van Leer) – 3:51
- 'Focus 11' (van Leer) – 6:11
![1x0= 1x0=](https://i.stack.imgur.com/paf9J.png)
Personnel[edit]
- Thijs van Leer – Hammond organ, piano, flute, vocals (track 4)
- Menno Gootjes – guitar
- Udo Pannekeet – bass guitar
- Pierre van der Linden – drums
- Geert Scheijgrond - producing and mixing
References[edit]
![Focus List 1 0 11 4 Focus List 1 0 11 4](https://www.bazaargadgets.com/image/cache/catalog/products/lights/ledlightstrip/SolarPower40LEDPathSpotWallMountOutdoorLawnLight-SKU088904-11-800x800.jpg)
Retrieved from 'https://en.wikipedia.org/w/index.php?title=Focus_11&oldid=981979332'
Given the focus and directrix of a parabola , how do we find the equation of the parabola?
If we consider only parabolas that open upwards or downwards, then the directrix will be a horizontal line of the form . Adobe lightroom classic cc 8 3 18.
Let be the focus and let be the directrix. Let be any point on the parabola.
Any point, on the parabola satisfies the definition of parabola, so there are two distances to calculate:
- Distance between the point on the parabola to the focus
- Distance between the point on the parabola to the directrix
To find the equation of the parabola, equate these two expressions and solve for .
Find the equation of the parabola in the example above.
Distance between the point and :
Distance between point and the line :
(Here, the distance between the point and horizontal line is difference of their -coordinates.)
Equate the two expressions.
Launchey a menubar app launcher 1 4 0.
Square both sides.
Focus List 1 0 11 4 Equals
Expand the expression in on both sides and simplify.
This equation in is true for all other values on the parabola and hence we can rewrite with .
Therefore, the equation of the parabola with focus and directrix is
Example:
If the focus of a parabola is and the directrix is , find the equation of the parabola.
Let be any point on the parabola. Find the distance between and the focus. Then find the distance between and directrix. Equate these two distance equations and the simplified equation in and is equation of the parabola.
The distance between and is
The distance between and the directrix, is
.
Equate the two distance expressions and square on both sides.
Simplify and bring all terms to one side:
Write the equation with on one side:
Focus List 1 0 11 4 0
Focus List 1 0 11 4 15
This equation in is true for all other values on the parabola and hence we can rewrite with .
So, the equation of the parabola with focus and directrix is is