Nafisa Ali (born 18 January 1957) is an Indian Bengali actress, activist and politician. She is a member of the Indian National Congress. Ali was born in Kolkata, West Bengal.
She has acted in several Bollywood movies, the notable ones being "Junoon" (1979) with Shashi Kapoor, "Major Saab" with Amitabh Bachchan (1998), "Bewafaa" (2005), "Life In A... Metro" (2007) and "Yamla Pagla Deewana" (2010) with Dharmendra.
In November 2018, Ali was diagnosed with stage 3 peritoneal and ovarian cancer.
Sheila Miyoshi Jager
Sheila Miyoshi Jager (born 1963) is an American historian. She is a Professor of East Asian Studies at Oberlin College. She is the author of two books on Korea and the co-editor of a third book on Asian nations in the post-Cold War era. She is known for her relationship with Barack Obama before his marriage with Michelle Obama.
In the 1980s, Jager lived with Barack Obama, then a community organizer in Chicago. In 1986, Obama asked her parents if he could marry her, but they rejected. Shortly after he entered the Harvard Law School, Obama proposed to Jager a second time, but she rejected him.
Bolingbrook, Illinois
The village of Bolingbrook is a southwest suburb of Chicago that is partially in both Will and DuPage counties in the U.S. state of Illinois. As of the 2017 US Census, the population is 75,201. It is the state's second largest village.
Arlington Heights, Illinois
Arlington Heights is a village in Cook County in the U.S. state of Illinois. A suburb of Chicago, it lies about northwest of the city's downtown. The population was 75,101 at the 2010 census. It is the largest village in the United States.
Heather Nauert
Heather Ann Nauert (born January 27, 1970) is an American journalist and government official. She was the Spokesperson for the United States Department of State from April 24, 2017 until April 3, 2019, appointed by President Donald Trump.
Nauret is a former ABC News correspondent and news presenter on the Fox News program "Fox & Friends". She also was Acting Under Secretary of State for Public Diplomacy and Public Affairs from March to October 2018.
On November 1, 2018, it was reported that President Trump offered Nauert the position of United States Ambassador to the United Nations to replace the outgoing officeholder, Nikki Haley. On December 7, 2018, President Trump nominated her to replace Haley. She withdrew her nomination on February 16, 2019.
Markice Moore
Markice Moore, also known as Kesan, (born July 31, 1986) is an American actor, rapper and Reality TV star. He is best known for playing Ryan Payne in "Tyler Perry's The Paynes"
Moore is known for MTV's "From G's to Gents" (Season 1) and Warner Bros. Pictures' "ATL". He is best known from punching fellow cast member E6 in the face during the reunion episode of MTV's "From G's To Gents" (Season 1).
In 2012, Moore portrayed Andrew on "The Walking Dead" television series. Moore had originally auditioned for the pilot episode for the role of T-Dog, which went to IronE Singleton.
In 2018, he earned the role of Ryan Payne on the OWN sitcom, "Tyler Perry's The Paynes". Moore's character, Ryan.
In 2010, Moore was charged with cruelty to children, after police investigators determined that he assaulted his infant daughter.
In 2011 the charges against Moore were suspended. He went on to marry his child's mother and had another baby girl.
Stephanie Charles
Stephanie Charles (born May 24, 1979) is an American actress. She is best known for playing Nyla Payne in "Tyler Perry's The Paynes".
In 2018, she played the role of Nyla Payne on the OWN sitcom, "Tyler Perry's The Paynes". Her character is Nyla.
Robert Catesby
Robert Catesby (3 March 1572 – 8 November 1605) was a conspirator and leader of group who planned the Gunpowder Plot, but failed.
Harrow, London
Harrow is a borough in the northwestern suburbs of London. It is 12 miles (16 km) from the center of the British capital. Before that, it was a town in Middlesex.
Double-layer capacitance
Double-layer capacitance is the storing of electrical energy by means of the electrical double layer effect.
Double layer capacitance is when an electrode and a liquid solution are touching each other, causing the charges to line up and allowing electricity to be stored there. The double layer is created when the electrode’s surface is charged through the application of electricity. This causes oppositely charged molecules to be attracted to the surface (since opposites attract). This first layer is well attached to the electrode surface, causing it to be semi-permanent. The second layer (with opposite charge) is held by this first layer, making it less attached to the electrode than the first layer. These two layers are separated by a single atomic layer of uncharged molecules in the solution. These alternating layers of charges have the ability to store electrical energy, in a way that depends on the amount of electricity initially applied to the electrode. Once this charge is stored in the device, the source of electricity can be removed and the circuit can still be powered from this stored electricity contained in this device, until it is used up.
The amount of electric charge stored in double-layer capacitance is linearly proportional to the applied voltage. It depends mainly on the electrode surface. The unit of capacitance is the farad.
A capacitor is a very common electrical circuit device that can store electrical energy as charge. It works based on the idea that you can have a separation between two conductive plates and store a charge on the surface of these plates. However, if too much electricity is stored in the plates, it can jump across the gap causing less energy to be stored. The amount of charge stored in the capacitor can be increased by putting a dielectric material between the plates; air plays this role if no other material is present. This helps to prevent the charge from crossing the gap between the two electrodes, which allows more charge to be stored in this manner.
By using a solution instead of the dielectric material, more energy can be stored within the device. When the capacitor becomes charged, the positively charged molecules in the solution become attracted to the negatively charged electrode (and opposite for the positively charged electrode). These positively charged molecules then become attached to the surface of the electrode, and pull in negatively charged molecules from the solution to form a spherical shape; however, these molecules are not attached as strongly. These two layers in the solution prevent the similar charges from pushing each other apart as much leading to an increase in the amount of charge the device can store. In experiments, it has been seen that there is a voltage drop across this layer, which works in the same way as a capacitor. This led to the first use of the term "electrical double layer" in the 1850s by Helmholtz and later being changed to "electrical double layer capacitance" (EDLC). Since this double layer capacitance happens at both electrodes, the theoretical capacitance of the entire device can be raised substantially. However, there are several other factors which can come into play, causing the actual capacitance of the device to not see as much benefit as expected.