Current Affairs Quiz - April, 2019
1. Which Indian artist has been chosen as the Glenfiddich’s Emerging Artist of the Year 2019?
[A] Raju Baraiya
[B] Subodh Gupta
[C] Bharti Kher
[D] Shilpa Gupta
[B] Subodh Gupta
[C] Bharti Kher
[D] Shilpa Gupta
Correct Answer: A [Raju Baraiya]
Notes:
Vadodra-based artist Raju Baraiya has been chosen as the Glenfiddich’s Emerging Artist of the Year 2019. He will represent India at the Glenfiddich Artists in Residence (AiR) programme where he will spend three months at the Glenfiddich Distillery in Scotland with artists from around the world. Baraiya will also be awarded Rs 10 lakh, which includes an international allowance of Rs 1,20,000 per month and a work allowance of Rs 5,00,000; besides being given a solo show at Art District XIII Gallery in New Delhi. Baraiya’s work takes inspiration from observing and diagnosing the rural in relation to the urban and vice-versa. His practice springs out of this shift from a strong rural background to an urban one. The artist has been deriving imagery from these seemingly ambiguous notions of the urban and the rural, and the complexities between the two spaces create a common meeting ground for him to explore through an impression he holds of them. With his art, he aims to translate the ever evolving image of this convergence.
Vadodra-based artist Raju Baraiya has been chosen as the Glenfiddich’s Emerging Artist of the Year 2019. He will represent India at the Glenfiddich Artists in Residence (AiR) programme where he will spend three months at the Glenfiddich Distillery in Scotland with artists from around the world. Baraiya will also be awarded Rs 10 lakh, which includes an international allowance of Rs 1,20,000 per month and a work allowance of Rs 5,00,000; besides being given a solo show at Art District XIII Gallery in New Delhi. Baraiya’s work takes inspiration from observing and diagnosing the rural in relation to the urban and vice-versa. His practice springs out of this shift from a strong rural background to an urban one. The artist has been deriving imagery from these seemingly ambiguous notions of the urban and the rural, and the complexities between the two spaces create a common meeting ground for him to explore through an impression he holds of them. With his art, he aims to translate the ever evolving image of this convergence.
2. Which country has successfully launched second generation data relay Tianlian II-01 satellite?
[A] China
[B] Japan
[C] South Korea
[D] India
[B] Japan
[C] South Korea
[D] India
Correct Answer: A [China]
Notes:
China has successfully launched the first of its new-generation ‘Tianlian II-01’ data relay satellite into orbit by a Long March-3B carrier rocket from the Xichang Satellite Launch Centre in southwest Sichuan Province. This is the first of China’s second-generation data-tracking and relay satellites. It will provide services like data relay, measurement and control, and transmission to manned spacecraft, satellites, carrier rockets and non-spacecraft users. The Tianlian II network will be markedly more advanced in mission planning, system management and operations than the first-generation network composed of Tianlian I satellites. The satellite is developed by the China Academy of Space Technology under the China Aerospace Science and Technology Corporation.
China has successfully launched the first of its new-generation ‘Tianlian II-01’ data relay satellite into orbit by a Long March-3B carrier rocket from the Xichang Satellite Launch Centre in southwest Sichuan Province. This is the first of China’s second-generation data-tracking and relay satellites. It will provide services like data relay, measurement and control, and transmission to manned spacecraft, satellites, carrier rockets and non-spacecraft users. The Tianlian II network will be markedly more advanced in mission planning, system management and operations than the first-generation network composed of Tianlian I satellites. The satellite is developed by the China Academy of Space Technology under the China Aerospace Science and Technology Corporation.
3. Which fictional superhero will be the first entrant into Comic-Con Museum’s Character Hall of Fame?
[A] Superman
[B] Spider-man
[C] Batman
[D] Iron Man
[B] Spider-man
[C] Batman
[D] Iron Man
Correct Answer: C [Batman ]
Notes:
Batman will be first inductee into the Comic-Con Museum’s Character Hall of Fame. The honor was announced during the “Happy Birthday Batman!” panel at WonderCon on March 30, when Batman turned 80. The ceremony will take place at the Federal Building in San Diego’s Balboa Park — which is the future site of the Comic-Con Museum, on 17th July 2019. The ceremony will be accompanied by an exhibit of Batman-themed memorabilia and related props and will feature appearances by celebrities and creators whose careers have interacted with the Dark Knight across the years. Batman first appeared in the ‘Detective Comics No. 27’ published on March 30, 1939, created by Bob Kane and Bill Finger.
Batman will be first inductee into the Comic-Con Museum’s Character Hall of Fame. The honor was announced during the “Happy Birthday Batman!” panel at WonderCon on March 30, when Batman turned 80. The ceremony will take place at the Federal Building in San Diego’s Balboa Park — which is the future site of the Comic-Con Museum, on 17th July 2019. The ceremony will be accompanied by an exhibit of Batman-themed memorabilia and related props and will feature appearances by celebrities and creators whose careers have interacted with the Dark Knight across the years. Batman first appeared in the ‘Detective Comics No. 27’ published on March 30, 1939, created by Bob Kane and Bill Finger.
4. The researchers of which country has showed that dark matter is not made up of tiny black holes?
[A] India
[B] United States
[C] China
[D] Japan
[B] United States
[C] China
[D] Japan
Correct Answer: D [Japan ]
Notes:
Researchers led by Kavli Institute for the Physics and Mathematics of the Universe in Japan has put a theory speculated by the late Stephen Hawking to its most rigorous test to date, and their results have ruled out the possibility that primordial black holes smaller than a tenth of a millimeter make up most of dark matter. They used the gravitational lensing effect to look for primordial black holes between Earth and the Andromeda galaxy. However, gravitational lensing effects are very rare events because it requires a star in the Andromeda galaxy, a primordial black hole acting as the gravitational lens, and an observer on Earth to be exactly in line with one another. In order to maximise the chances of capturing an event, the researchers used the Hyper Suprime-Cam digital camera on the Subaru telescope in Hawaii, which can capture the whole image of the Andromeda galaxy in one shot. Taking into account how fast primordial black holes are expected to move in interstellar space, the team took multiple images to be able to catch the flicker of a star as it brightens for a period of a few minutes to hours due to gravitational lensing. The team’s results showed primordial black holes can contribute no more than 0.1% of all dark matter mass. Therefore, it is unlikely the theory is true.
Researchers led by Kavli Institute for the Physics and Mathematics of the Universe in Japan has put a theory speculated by the late Stephen Hawking to its most rigorous test to date, and their results have ruled out the possibility that primordial black holes smaller than a tenth of a millimeter make up most of dark matter. They used the gravitational lensing effect to look for primordial black holes between Earth and the Andromeda galaxy. However, gravitational lensing effects are very rare events because it requires a star in the Andromeda galaxy, a primordial black hole acting as the gravitational lens, and an observer on Earth to be exactly in line with one another. In order to maximise the chances of capturing an event, the researchers used the Hyper Suprime-Cam digital camera on the Subaru telescope in Hawaii, which can capture the whole image of the Andromeda galaxy in one shot. Taking into account how fast primordial black holes are expected to move in interstellar space, the team took multiple images to be able to catch the flicker of a star as it brightens for a period of a few minutes to hours due to gravitational lensing. The team’s results showed primordial black holes can contribute no more than 0.1% of all dark matter mass. Therefore, it is unlikely the theory is true.
5. Which country has decided to launch world’s first national 5G networks?
[A] South Korea
[B] Japan
[C] China
[D] France
[B] Japan
[C] China
[D] France
Correct Answer: A [South Korea]
Notes:
South Korea will launch the world’s first fully-fledged 5G mobile networks on 5th April 2019. Hyper-wired South Korea has a reputation for technical prowess, and Seoul has made the 5G rollout a priority as it seeks to stimulate stuttering economic growth. The superfast communications heralded by fifth-generation wireless technology will bring smartphones near-instantaneous connectivity – 20 times faster than the existing 4G. It is crucial for the future development of devices ranging from self-driving vehicles that send data traffic to one another in real time, industrial robots, drones and other elements of the Internet of Things. 5G’s hyper speed can connect one million devices within a one square kilometre zone simultaneously. Until now, no mobile networks have offered nationwide 5G access. Japan is expected to roll out a limited deployment in 2019 before full services start in time for 2020 Tokyo Olympics.
South Korea will launch the world’s first fully-fledged 5G mobile networks on 5th April 2019. Hyper-wired South Korea has a reputation for technical prowess, and Seoul has made the 5G rollout a priority as it seeks to stimulate stuttering economic growth. The superfast communications heralded by fifth-generation wireless technology will bring smartphones near-instantaneous connectivity – 20 times faster than the existing 4G. It is crucial for the future development of devices ranging from self-driving vehicles that send data traffic to one another in real time, industrial robots, drones and other elements of the Internet of Things. 5G’s hyper speed can connect one million devices within a one square kilometre zone simultaneously. Until now, no mobile networks have offered nationwide 5G access. Japan is expected to roll out a limited deployment in 2019 before full services start in time for 2020 Tokyo Olympics.
6. The UK researchers have used which telescope to determine that Sun’s magnetic field is 10 times stronger than thought?
[A] Snow Solar Telescope
[B] 1m Solar Telescope
[C] Waypoint-1 Space Telescope
[D] Hubble Space Telescope
[B] 1m Solar Telescope
[C] Waypoint-1 Space Telescope
[D] Hubble Space Telescope
Correct Answer: B [1m Solar Telescope]
Notes:
According to a new collaborative study by the Queen’s University Belfast and Aberystwyth University in the UK, the sun’s magnetic field is ten times stronger than previously thought. Using the Swedish one-metre Solar Telescope at Roque de los Muchachos Observatory, in the Canary Islands, David Kuridze studied a particularly strong solar flare which erupted near the surface of the Sun on September 10, 2017. A combination of favourable conditions and an element of luck enabled the team to determine the strength of the flare’s magnetic field with unprecedented accuracy. The researchers believe the findings have the potential to change our understanding of the processes that happen in the Sun’s immediate atmosphere. The study found that the sun’s corona extends millions of kilometres above the surface, measuring 1,400,000 kilometres across — 109 times larger than Earth — and 150,000,000 km from Earth. Solar flares appear as bright flashes and occur when magnetic energy that has built up in the solar atmosphere is suddenly released. These solar flares can lead to storms which, if they hit Earth, form the northern lights — the Aurora Borealis. They can also disrupt communications satellites and GPS systems.
According to a new collaborative study by the Queen’s University Belfast and Aberystwyth University in the UK, the sun’s magnetic field is ten times stronger than previously thought. Using the Swedish one-metre Solar Telescope at Roque de los Muchachos Observatory, in the Canary Islands, David Kuridze studied a particularly strong solar flare which erupted near the surface of the Sun on September 10, 2017. A combination of favourable conditions and an element of luck enabled the team to determine the strength of the flare’s magnetic field with unprecedented accuracy. The researchers believe the findings have the potential to change our understanding of the processes that happen in the Sun’s immediate atmosphere. The study found that the sun’s corona extends millions of kilometres above the surface, measuring 1,400,000 kilometres across — 109 times larger than Earth — and 150,000,000 km from Earth. Solar flares appear as bright flashes and occur when magnetic energy that has built up in the solar atmosphere is suddenly released. These solar flares can lead to storms which, if they hit Earth, form the northern lights — the Aurora Borealis. They can also disrupt communications satellites and GPS systems.
7. What is the current repo rate, as per RBI’s first bi-monthly policy of FY20?
[A] 6.50%
[B] 6.00%
[C] 6.25%
[D] 7.2%
[B] 6.00%
[C] 6.25%
[D] 7.2%
Correct Answer: B [6.00%]
Notes:
The Reserve Bank of India (RBI) has cut its repo rate under Liquidity Adjustment Facility (LAF) by 25 basis points to 6.0% in its first bi-monthly policy statement of the current financial year FY20, with immediate effect. The move will cheer markets and investors and is the second consecutive rate cut by the RBI. It has also maintained the policy stance neutral and lowered the retail inflation and GDP forecasts. This is the second consecutive rate cut from RBI under new Governor Shaktikanta Das, after a rate cut in February 2019. Consequently, the reverse repo rate under the LAF stands adjusted to 5.75%, and the Marginal Standing Facility (MSF) rate and the Bank Rate to 6.25%. These decisions are in consonance with the objective of achieving the medium-term target for consumer price index (CPI) inflation of 4% within a band of plus or minus 2% while supporting growth.
The Reserve Bank of India (RBI) has cut its repo rate under Liquidity Adjustment Facility (LAF) by 25 basis points to 6.0% in its first bi-monthly policy statement of the current financial year FY20, with immediate effect. The move will cheer markets and investors and is the second consecutive rate cut by the RBI. It has also maintained the policy stance neutral and lowered the retail inflation and GDP forecasts. This is the second consecutive rate cut from RBI under new Governor Shaktikanta Das, after a rate cut in February 2019. Consequently, the reverse repo rate under the LAF stands adjusted to 5.75%, and the Marginal Standing Facility (MSF) rate and the Bank Rate to 6.25%. These decisions are in consonance with the objective of achieving the medium-term target for consumer price index (CPI) inflation of 4% within a band of plus or minus 2% while supporting growth.
8. Who has become the first African-American female mayor in the history of Chicago?
[A] Lori Lightfoot
[B] Muriel Bowser
[C] Lovely Warren
[D] Toni Harp
[B] Muriel Bowser
[C] Lovely Warren
[D] Toni Harp
Correct Answer: A [Lori Lightfoot]
Notes:
Chicago has created history by electing an African-American woman as its mayor for the first time. Lori Lightfoot is a former federal prosecutor and practicing lawyer who has never before held elected office. She won the city’s mayoral race by a huge margin. She will also be Chicago’s first openly gay mayor. Lightfoot’s primary proposals include increasing access to affordable housing, creating an office of public safety to reduce crime and reform policing, and pushing through a real estate transfer tax to help combat homelessness. She also backs abolishing US Immigration and Customs Enforcement. Lightfoot will take over office from Mayor Rahm Emanuel, who previously served as chief of staff under former President Barack Obama.
Chicago has created history by electing an African-American woman as its mayor for the first time. Lori Lightfoot is a former federal prosecutor and practicing lawyer who has never before held elected office. She won the city’s mayoral race by a huge margin. She will also be Chicago’s first openly gay mayor. Lightfoot’s primary proposals include increasing access to affordable housing, creating an office of public safety to reduce crime and reform policing, and pushing through a real estate transfer tax to help combat homelessness. She also backs abolishing US Immigration and Customs Enforcement. Lightfoot will take over office from Mayor Rahm Emanuel, who previously served as chief of staff under former President Barack Obama.
9. Phayeng Village, which has been tagged as India’s first carbon-positive settlement, is located in which of the following states?
[A] Mizoram
[B] Nagaland
[C] Manipur
[D] Odisha
[B] Nagaland
[C] Manipur
[D] Odisha
Correct Answer: C [Manipur ]
Notes:
Phayeng Village of Manipur has been tagged as the India’s first carbon-positive settlement. As part of the carbon-positive village project, Phayeng will receive a grant of Rs10 crore in phases to facilitate afforestation in the catchment of river Maklang that flows along the village. The fund will also be utilised for creation of water bodies, introduction of climate change-resilient varieties of crops, installing solar lights, for setting up a community piggery and poultry farm, an eco-resort, replacing firewood in kitchen with cooking stoves and an indigenous knowledge centre in the village. A village is given the Carbon-Positive Tag if it sequesters more carbon than it emits, slowing the accumulation of greenhouse gases and mitigating the effects of climate change. Phayeng is a scheduled caste village of the Chakpa community in Imphal West district and its conservation efforts are mainly linked to the belief that the forest is a sacred grove. It is surrounded by three densely forested hillocks with fruit trees at centre and a stream flowing through it.
Phayeng Village of Manipur has been tagged as the India’s first carbon-positive settlement. As part of the carbon-positive village project, Phayeng will receive a grant of Rs10 crore in phases to facilitate afforestation in the catchment of river Maklang that flows along the village. The fund will also be utilised for creation of water bodies, introduction of climate change-resilient varieties of crops, installing solar lights, for setting up a community piggery and poultry farm, an eco-resort, replacing firewood in kitchen with cooking stoves and an indigenous knowledge centre in the village. A village is given the Carbon-Positive Tag if it sequesters more carbon than it emits, slowing the accumulation of greenhouse gases and mitigating the effects of climate change. Phayeng is a scheduled caste village of the Chakpa community in Imphal West district and its conservation efforts are mainly linked to the belief that the forest is a sacred grove. It is surrounded by three densely forested hillocks with fruit trees at centre and a stream flowing through it.
10. Which country’s space agency has successfully dropped an explosive on asteroid Ryugu to make crater?
[A] China
[B] India
[C] South Korea
[D] Japan
[B] India
[C] South Korea
[D] Japan
Correct Answer: D [Japan]
Notes:
The Japan Aerospace Exploration Agency (JAXA) has said that its Hayabusa2 spacecraft has successfully blasted the surface of an asteroid Ryugu to make a crater on its surface. The move will pave the way for the collection of underground samples for possible clues to the origin of the solar system. For this, the Hayabusa2 dropped a “small carry-on impactor” made of copper onto the asteroid and the spacecraft safely evacuated and remained intact. Now, JAXA is analyzing data to examine if or how the impactor made a crater. The copper explosive is the size of a baseball weighing 2 kg. If successful, it would be the first time for a spacecraft to take such materials. The asteroid, named Ryugu after an undersea palace in a Japanese folktale, is about 300 million kilometers (180 million miles) from Earth. Earlier, Hayabusa2 successfully touched down on a tiny flat surface on the boulder-rich asteroid in February 2019, when the spacecraft also collected some surface dust and small debris.
The Japan Aerospace Exploration Agency (JAXA) has said that its Hayabusa2 spacecraft has successfully blasted the surface of an asteroid Ryugu to make a crater on its surface. The move will pave the way for the collection of underground samples for possible clues to the origin of the solar system. For this, the Hayabusa2 dropped a “small carry-on impactor” made of copper onto the asteroid and the spacecraft safely evacuated and remained intact. Now, JAXA is analyzing data to examine if or how the impactor made a crater. The copper explosive is the size of a baseball weighing 2 kg. If successful, it would be the first time for a spacecraft to take such materials. The asteroid, named Ryugu after an undersea palace in a Japanese folktale, is about 300 million kilometers (180 million miles) from Earth. Earlier, Hayabusa2 successfully touched down on a tiny flat surface on the boulder-rich asteroid in February 2019, when the spacecraft also collected some surface dust and small debris.
