How car travel was imagined in 1969. This is the Ford Aurora II concept car
~~~~~~
@QuiteInterestingInformation
~~~~~~
@QuiteInterestingInformation
๐ค14๐10๐5๐ข5โค4๐คฉ4๐1
This media is not supported in your browser
VIEW IN TELEGRAM
๐ฅด20๐คฃ9๐ข5๐ฅ3๐2โคโ๐ฅ1
โซ๏ธ Where in the world do the rich work more than the poor, and where do they work less?
The biggest difference in average hours worked by rich and poor is in Belgium: the 10 percent of people in that country with the highest incomes work on average 7.7 hours more per week (!) than the 10 percent of people with the lowest incomes. Overall, in many Western countries the rich work more than the poor: in Germany the difference is 5.4 hours, in New Zealand, Iceland and Great Britain it is more than 2 hours
On the other side of the ranking are mostly Asian countries: in India, the rich work 7.3 hours less(!) per week than the poor; in South Korea, 7.1 hours; in South Africa, 7 hours
There is no difference in working hours between rich and poor in Norway and Hungary, the minimum difference is observed in us (the rich work on average 0.1 hours less than the poor)
~~~~~~
@QuiteInterestingInformation
The biggest difference in average hours worked by rich and poor is in Belgium: the 10 percent of people in that country with the highest incomes work on average 7.7 hours more per week (!) than the 10 percent of people with the lowest incomes. Overall, in many Western countries the rich work more than the poor: in Germany the difference is 5.4 hours, in New Zealand, Iceland and Great Britain it is more than 2 hours
On the other side of the ranking are mostly Asian countries: in India, the rich work 7.3 hours less(!) per week than the poor; in South Korea, 7.1 hours; in South Africa, 7 hours
There is no difference in working hours between rich and poor in Norway and Hungary, the minimum difference is observed in us (the rich work on average 0.1 hours less than the poor)
~~~~~~
@QuiteInterestingInformation
๐11๐3๐ค2๐คจ1
This media is not supported in your browser
VIEW IN TELEGRAM
Dry water
Everyone knows that the water is wet. But what if I say that there is dry water? This liquid is very similar to ordinary water, but has opposite characteristics.
For example, it weakly moistens and evaporates very quickly. And it also boils at 49 degrees, so you can immerse your fingers in boiling dry water and not be afraid of getting burned. But it will not be possible to brew warm tea, since dry water rejects other substances, for example, dyes.
The vapors of this substance are so heavy that they can even extinguish candles. Dry water also does not conduct electricity, so a phone that has fallen into such water is not in danger.
~~~~~~
@QuiteInterestingInformation
Everyone knows that the water is wet. But what if I say that there is dry water? This liquid is very similar to ordinary water, but has opposite characteristics.
For example, it weakly moistens and evaporates very quickly. And it also boils at 49 degrees, so you can immerse your fingers in boiling dry water and not be afraid of getting burned. But it will not be possible to brew warm tea, since dry water rejects other substances, for example, dyes.
The vapors of this substance are so heavy that they can even extinguish candles. Dry water also does not conduct electricity, so a phone that has fallen into such water is not in danger.
~~~~~~
@QuiteInterestingInformation
๐คฏ31๐3
This media is not supported in your browser
VIEW IN TELEGRAM
Why doesn't ice sink?
Nowadays, 5 amorphous varieties and 17 crystalline modifications are known for ice โ water in solid aggregate state.
However, in the natural conditions of our planet, water crystals only have one modification โ the so-called hexagonal syngony.
Due to this structure, the density of ice is less than that of liquid water, so it doesn't sink.
~~~~~~
@QuiteInterestingInformation
Nowadays, 5 amorphous varieties and 17 crystalline modifications are known for ice โ water in solid aggregate state.
However, in the natural conditions of our planet, water crystals only have one modification โ the so-called hexagonal syngony.
Due to this structure, the density of ice is less than that of liquid water, so it doesn't sink.
~~~~~~
@QuiteInterestingInformation
๐16๐1
This media is not supported in your browser
VIEW IN TELEGRAM
๐ฑ46๐3๐1
This media is not supported in your browser
VIEW IN TELEGRAM
๐ค22๐6๐ฑ6๐คจ2๐1
This media is not supported in your browser
VIEW IN TELEGRAM
An unknown young soldier grins and laughs on the last day of WWI.
๐ข38๐ซก25๐5๐คฎ4๐ค2
Media is too big
VIEW IN TELEGRAM
๐31๐6๐2โค1โก1
This media is not supported in your browser
VIEW IN TELEGRAM
TV channel about the weather uses augmented reality in its stories. It looks very impressive
~~~~~~
@QuiteInterestingInformation
~~~~~~
@QuiteInterestingInformation
๐คก24๐คฃ16๐9๐ฉ3๐ค2๐ฅฑ2
This media is not supported in your browser
VIEW IN TELEGRAM
๐ฅฐ25๐18๐3