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A Scania DS11 as fitted to a Scania decker like a BR112 or N113, this is the view from the bonnet side, the gearbox and angle drive are on the uk n/s as opposed to uk o/s like on an Olympian or Dominator and such
Pioneers and notable practitioners of reverse swing have mostly been Pakistani fast bowlers. Former Pakistan international Sarfraz Nawaz was the founder of reverse swing during the late 1970s, and he passed his knowledge on to former team-mate Imran Khan[1], who in turn taught the duo of Wasim Akram and Waqar Younis. The English pair of Andrew Flintoff and Simon Jones are also well known for the ability to reverse swing the ball having been taught by Troy Cooley [2]. The Indian pace duo of Zaheer Khan and Ishant Sharma, coached by Venkatesh Prasad, used reverse swing, which enabled India to win the home series against Australia in 2008[3].
In the early days of reverse swing, Pakistani bowlers were suspected of ball tampering to achieve the conditions of the ball that allow reverse swing, but today they are considered to simply have been ahead of their time.
Normal swing occurs mostly when the ball is fairly new. As it wears more, the aerodynamics of the asymmetry change and it is more difficult to extract a large amount of swing.
When the ball becomes very old—around 40 or more overs old, it can begin to swing towards the polished side rather than the rough side. This is known as reverse swing (Andrew Flintoff and Simon Jones have been known to produce reverse swing in balls as young as 15 overs old[4]). Zaheer Khan and Ishant Sharma of India also managed to get the reverse swing as early as just 8 overs[5]. In essence, both sides have turbulent flow, but here the seam causes the airflow to separate earlier on one side. The result is always a swing to the side with the later separation, so the swing is away from the seam. (See External Links.)
Reverse swing is difficult to achieve consistently, as it relies on uneven wear of the ball, tends to occur mostly in hot, dry weather conditions, and requires bowling at high speed. Normal swing can be achieved at relatively moderate bowling speeds, but only the fastest bowlers can regularly produce reverse swing.
Reverse swing tends to be stronger than normal swing, and to occur late in the ball's trajectory. This gives it a very different character from normal swing, and because batsmen experience it less often, they generally find it much more difficult to defend against. It is also possible for a ball to swing normally in its early flight, and then to reverse as it approaches the batsman. This can be done in two ways[citation needed]: one for the ball to reverse in the opposite direction to the original swing, giving it an "S" trajectory; and the other for it to reverse in the same direction making the swing even more pronounced. Either way it can be very devastating for the batsman: in the first instance, he is already committed to playing one way, which is often the wrong way to play swing in the opposite direction; and in the second instance, his stance will have conformed to dealing with the degree of expected swing and could leave him vulnerable to being caught behind, LBW or bowled. Two back to back deliveries from Wasim Akram, one of each type, were considered to be the turning point of the 1992 World Cup Final.
Controversy regarding reverse swing has never left modern cricket, as the Pakistani team was accused of ball tampering by the controversial Australian umpire Darrell Hair during the fourth test against England in 2006 when the ball began to reverse swing after the 50th over.[citation needed] His co-umpire Billy Doctrove fully supported him in this action. A hearing subsequently found that there was insufficient evidence to convict anyone of ball tampering.
www.flickr.com/photos/nora-meszoly/18882445958/in/photost...
Cabinet card, 1890s, around 1895
Photographer: Muschalek Károly (Karl Muschalek) (1857-1904)
Brassó (Kronstadt)
Kapu utca 27. (Purzengasse) (today: Str. Republicii)
Hungary/Transylvania/Erdély
(Now Brașov, Romania)
Activity: 1873-1904
"REVERSE OSMOSIS is a membrane separation process for removing solvent from a solution. When a semi-permeable membrane separates a dilute solution from a concentrated solution, solvent crosses from the dilute to the concentrated side of the membrane in an attempt to equalize concentrations.For more information visit www.ecosmart-water.com
1st Floor, Al Riqqa Building,
Near Clock Tower, Deira,
Dubai, U.A.E.
Phone: +971 4 2669986
E-mail: dubai@ecosmart-intl.com"
Here I reversed an Olympus 50mm f1.8 zuiko onto a Canon 50mm f1.4.
Most people have probably experimented with this technique and will understand how ridiculously shallow the depth of field becomes.
This shot took a few takes as the focus was difficult to get right, also Ben kept on laughing
I like the vignetting the reverse lens created.
Even harder than the free lens shots, i tried some reverse lens macro. It was super cool to see the magnification effect, but also nearly impossible to get anything sharp :-/
Between Elko and Joso, a stop at Reverse seemed like a good idea. Here is a visual representation of all the trains we saw. Neat signal bridge, though. And the codeline. Oh, the codeline.
REVERSE OSMOSIS is a membrane separation process for removing solvent from a solution. When a semi-permeable membrane separates a dilute solution from a concentrated solution, solvent crosses from the dilute to the concentrated side of the membrane in an attempt to equalize concentrations.For more information visit www.ecosmart-water.com
1st Floor, Al Riqqa Building,
Near Clock Tower, Deira,
Dubai, U.A.E.
Phone: +971 4 2669986
E-mail: dubai@ecosmart-intl.com
91119 pointing south seen arriving at Grantham on the 1E20 1458 Edinburgh - London Kings Cross 7/1/18.
It seems like the author is from a Landsturm Infanterie Bataillon, and thus maybe not on the picture himself.
It looks as if the crew of this beautifully restored Victorian horse bus are planning a tricky reverse maneuvre. In fact they are still proceeding in a forward direction, whilst mocking this photographer in their usual light hearted way.
The bus was built in the 1890's by Gloucester Railway Carriage & Wagon Company. Latterly it spent many years in a Hereford garden being used as a shed. Fortunately it was rescued from there and extensively restored to it's present condition.
It is seen here in the livery of Glasgow Tramway & Omnibus Co. Ltd. as their fleet number 285.
Copyright © 2011 Terry Pinnegar Photography. All Rights Reserved. THIS IMAGE IS NOT TO BE USED WITHOUT MY EXPRESS PERMISSION!
SET 1 – Colony Crossing Kroger, Pre-Remodel
As I mentioned, this is a reversed store, so produce – naturally the first department we encounter upon entering – is located here in the front left corner of the building. The sign on the left-hand wall, seen in the previous image, features the “main” wall sign with the text “Fresh Produce,” while a secondary sign here on the front wall reiterates “Produce” for the customer.
All the hanging signs around the department, if I’m not mistaken, hail from Kroger’s bountiful décor era, and would not have been original to the store; hence their slightly cluttered appearance, placed in front of the décor like this. Newer Kroger décor packages seem to have been better designed with the presence of hanging produce signage in mind (even though these are by-and-large not specific to any one décor package, even if they may share some design cues).
(c) 2024 Retail Retell
These places are public so these photos are too, but just as I tell where they came from, I'd appreciate if you'd say who :)
SG5924P reverses out of one of the parking bays as the bus prepares to head out on the return leg for service 851e. SG5924P is one of 6 MAN Lion's City Euro VI ND323Fs that is being operated by SBS Transit. All 6 Euro VI ND323Fs are operated by SBS Transit under the Seletar Bus Package for service 851e.
"REVERSE OSMOSIS is a membrane separation process for removing solvent from a solution. When a semi-permeable membrane separates a dilute solution from a concentrated solution, solvent crosses from the dilute to the concentrated side of the membrane in an attempt to equalize concentrations.For more information visit www.ecosmart-water.com
1st Floor, Al Riqqa Building,
Near Clock Tower, Deira,
Dubai, U.A.E.
Phone: +971 4 2669986
E-mail: dubai@ecosmart-intl.com"