GALAXY BEE | Quizalize

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GALAXY BEE

Quiz by SES FAIRVIEW TERRACES

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Q 1/20
Score 0
What is the Chipset of GalaxyA13?
10
SNAPDRAGON 778
DIMENSITY 900
EXYNOS 850
Q 2/20
Score 0
The Galaxy A53 5G batterysupports up to ___ Fast charging?
10
30W
25W
45W

20 questions

Q.

What is the Chipset of GalaxyA13?

1

10 sec

Q.

The Galaxy A53 5G batterysupports up to ___ Fast charging?

2

10 sec

Q.

GALAXY A53 HAS IP67 Rating which it can resist ___ meter in 30 mins

3

10 sec

Q.

Watch anything on your Galaxy A335'G .......super smooth display transition with less blur and more details.

4

10 sec

Q.

What is the battery capacity ofSamsung Galaxy A23?

5

10 sec

Q.

What A series has a 6.4” FHD+Super Amoled, 90 Hz Infinity U Display?

6

10 sec

Q.

Its easier to delete unwantedobject on your background without the need of photoshop using our ___ features.

7

10 sec

Q.

It is Samsung's reliableprotective system that secures your personal information and detects tampering.

8

10 sec

Q.

The Finest Galaxy A Camera Ever

9

10 sec

Q.

What is the MEGAPIXEL of GalaxyA73?

10

10 sec

Q.

GALAXYA13 Do you love watching movies or browse

throughyour apps all day long what feature to highlight ?

11

10 sec

Q.

Doyou have a unique perspective in taking photos? you can take unique close-up

shotsand get fine details with this Galaxy A23 camera Feature

12

10 sec

Q.

Do you multitask and playhardcore games? With Galaxy A33’s Great Battery and _________ chipset we can doall things with next level performance

13

10 sec

Q.

Are you having a hard timelooking at your phone outdoors? What Galaxy A53’s Feature we need to Highlight?

14

10 sec

Q.

Have you tried takinghigh-resolution photos? What Galaxy A73’s Feature that we will need to highlight?

15

10 sec

Q.

WHAT ARE THE FOUR COLORS OF GALAXY A53?

16

10 sec

Q.

What is the maximum protection ofIP67?

17

10 sec

Q.

Surround sound for a more immersive listening and Best partner with Galaxy Buds.

18

10 sec

Q.

The multilayered security platform for protecting sensitive data and detectingtampering.

19

10 sec

Q.

SAMSUNG HAS HOW MANY YEARS WITHSECURITY UPDATE ?

20

10 sec

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GALAXY BEE FINALS
New Planet, New School I had a lot of friends back in my old school, on my old planet. When the school year ended, though, my family moved across the galaxy to Planet Zox. Planet Zox has species from so many different planets, just walking down the street can be an adventure. So can going to the grocery store. Actually, I sort of liked my new planet until it was time to start school. "I won't fit in," I complained to my parents that first morning. "Nobody there will be like me." "They don't have to be like you in order to like you," Mom said. It took me a minute to sort out that sentence. Once I got to school, I kept my eye out for other humans. I spotted a few in the halls, but the only one in my class is Swiss Pumpernickel. When I walked in that first day, some of the students started to tease him. "Way to go, Pumpernickel. Looks like you finally got yourself a girlfriend," they said. Swiss Pumpernickel turned red, then glared at me-as if it were my fault for being human! After that, nobody talked to me all morning. I looked for some humans to sit with at lunch, but they were all sitting with other species_. I only found one table with any empty chairs. There, alone, sat one of my classmates, Hululialana. She was so wrapped up in her tentacles, I couldn't find her face. I approached with caution and spoke with great care. "Hello, Hululialana," I said. Slowly, several arms lifted. Then one arm unwound itself, floated toward me through the air, and pulled out the closest chair. I took a seat. "Thank you," I said. We looked at each other, then away. She began to wrap herself up again. "How's your first day going?" I quickly asked. Hululialana shrugged-I think. "I wish I were still at my old school," she said. "Me, too," I said. She looked shocked, and I laughed. "I mean, I wish I were still at my old school," I explained. "At least you're not the only human," Hululialana said. "I'm the only Hulu." I thought for a moment. "That makes you special," I said. "That makes me a freak," she said. "Well, let's be freaks together," I suggested. Then, for the first time, Hululialana smiled. From that day forward, school on Planet Zox has been pretty fun.
The Pleiades, also known as the Seven Sisters, is a famous star cluster located in the constellation of Taurus. It is made up of a group of seven bright stars that are visible to the naked eye in the night sky. The stars in the Pleiades cluster are relatively young, being only about 100 million years old, which is young in astronomical terms. The Pleiades cluster has been observed and admired by cultures all around the world for thousands of years. In Greek mythology, the Pleiades were seven sisters who were pursued by the hunter Orion. To protect them, Zeus transformed them into stars, forming the star cluster we see today. Different cultures have their own stories and legends associated with the Pleiades, making it a fascinating object of study for astronomers and a source of inspiration for artists and storytellers. The Pleiades cluster is often used as a test of eyesight, as people are challenged to count how many stars they can see with the naked eye. Most people can see six or seven stars, but those with particularly sharp vision may be able to see more. The Pleiades is also a popular target for amateur astronomers with telescopes, as the cluster reveals even more stars and details when viewed through a telescope. In addition to being a beautiful sight in the night sky, the Pleiades cluster also serves a practical purpose for astronomers. By studying the stars in the Pleiades, scientists can learn more about how stars form and evolve, as well as gain insights into the structure and composition of the Milky Way galaxy. The Pleiades cluster continues to be an important object of study for astronomers, both amateur and professional, and its beauty and significance will continue to capture the imaginations of people for generations to come. Matariki is the Maori name for the Pleiades star cluster. The Pleiades is a group of stars that can be seen in the night sky, and Matariki is a special time of year when the star cluster is visible in the sky. In Maori culture, Matariki is seen as the beginning of the Maori New Year, and it is a time to celebrate and give thanks for the past year and look forward to the year ahead. So basically, Matariki is related to the Pleiades because it is a special time of year when those stars are visible in the sky and it has cultural significance for the Maori people. The Pleiades star cluster is known by different names in various cultures around the world. Here are some of the names by which the Pleiades are referred to in different countries: 1. Maori culture in New Zealand and Polynesia: Matariki 2. Greek mythology: The Seven Sisters 3. Japan: Subaru 4. Native American tribes: The Dancers or The Little Eyes 5. Inca civilization: Collca 6. Ancient Persia: Parvin 7. India: Krittika 8. Aboriginal Australians: The Seven Sisters or Djulpan These different names reflect the diverse cultural significance and interpretations of the Pleiades cluster in various societies throughout history.
Here's how scientists figured out the age of the universe It took some cosmic detective work. by Passant Rabie Oct. 20, 2021 You never ask a cosmic being its age. But if that cosmic being encompasses all of space, time, and matter, you could get a little curious. Scientists have long been curious about the age of the universe and how much time has elapsed since the Big Bang. Today, scientists estimated the age of the universe to be approximately 13.8 billion years old. But how did scientists estimate how old the universe is, and are they sure of that number? It all comes down to ancient stars and the ever-expanding cosmos. How do astronomers calculate the age of the universe? To estimate the age of the universe, scientists rely on two main methods. Calculating the expansion rate of the universe Determining the ages of the oldest stars The Hubble Constant: Since its conception, the universe has been expanding at an accelerating rate. The universe’s expansion rate is known as the Hubble Constant, which is estimated at 46,200 mph per million light-years. The Hubble Constant was first calculated in the 1920s by American astronomer Edwin Hubble after discovering that several galaxies were moving away from Earth. Scientists looked to distant galaxies to measure how fast the universe was expanding. Hubble also noted that the further a galaxy was, the faster it was moving away. Based on Hubble’s observations, the astronomer came up with Hubble’s law which showed a correlation between how far an object is and the speed at which it’s receding. Using Hubble law, scientists were able to estimate the expansion rate of the universe. Scientists were then able to use the Hubble Constant to estimate the age of the universe by working backward, all the way back to the Big Bang. This extrapolation depends on the current density and composition of the universe, which shows the history of its expansion. In 2012 NASA’s Wilkinson Microwave Anisotropy Probe used that data to estimate the universe's age to be 13.772 billion years old, give or take 59 million years. A year later, The European Space Agency’s Planck spacecraft estimated the universe's age to be 13.82 billion years. Ancestral stars: Another way to determine the age of the universe is to look to the oldest stars. The universe can’t be younger than its oldest stars. Therefore, to narrow down the age of the universe, scientists measure the ages of the very first stars that formed in the cosmos. The lifecycle of a star depends on its mass, with high mass stars burning fuel at a faster rate and therefore dying out faster while low mass stars can live up to 20 billion years. Globular clusters are a dense stellar collection of around a million stars which all formed roughly around the same time. These clusters can then serve as timekeepers for the universe. By determining the masses of their stars, scientists can estimate when the globular cluster formed. The oldest globular clusters contain stars that are 0.7 times less massive than the Sun, which suggests that they are between 11 to 18 billion years old. What came before the Big Bang? Scientists can trace the universe back to its explosive birth, the Big Bang. But what happened before this theoretical birth of the cosmos? The universe may have been a singularity, all compact within a form that is smaller than a subatomic particle. It’s difficult to imagine what caused this matter to exist, but one theory even suggests that our universe was born from another universe while another imagines a series of universes being born out of one another like a formation of bubbles. Meanwhile, another theory suggests that the universe goes through an endless cycle of death and rebirth, born from its own demise. How old is the universe in seconds? If the universe is indeed cyclical, then time becomes irrelevant. But just in case you’re still attached to the modern way in which we measure the progression of life, then the age of the universe comes up to about 436,117,076,900,000,000 seconds.
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