Every map you look at is wrong
By Wil Jones in offbeat
Everyone knows what a map of the world looks like, right? It’s probably been burnt into your retinas since your school days.
The thing is, the image you think of what the world looks like is actually pretty wrong. How come? Well, as we’re sure you know, the Earth is spherical. That means it is impossible to produce an accurate flat image, showing the layout of countries as they really are. It’s a hard concept to get your head around with an actual globe in front of you.
[https://www.indy100.com/article/every-map-wrong-this-video-explains-why-7459106]. Acessado em 17/01/2017. Modificado para fins educacionais.
De acordo com o texto:
2016 was the hottest year EVER recorded: Temperatures hit a record high for the third year in a row - and experts say human activity is to blame
Average surface temperatures in 2016 were 0.94ºC (1.69ºF) above the 20th-century average according to the US National Oceanic and Atmospheric Administration
Assinale a alternativa que corresponde à informação NÃO contida no texto.
O candidato não conseguiu colocar a foto no passaporte porque
Exposure to Blue and Ultraviolet Light, as in Sunlight, Could Boost Immunity
By Stav Ziv On 1/11/17
Researchers at Georgetown University Medical Center chose the start of yet another sun-starved winter to publish a study showing that exposure to blue light and ultraviolet light increases the movement of T cells, a key part of the immune system. Sunlight, therefore, could be an immune booster.
The researchers isolated T cells from human blood and mice and grew them in dishes in the laboratory. When they shined either UV or blue light on the cells, the cells became activated and moved more quickly. Although both UV and blue light increased the cells’ movement, focus was given to the potential benefits of blue light for two reasons: UV light is known to cause cancer, and it reaches only the outermost layer of skin, the epidermis. Blue light can reach deeper to the second layer, the dermis, where most of the skin’s T cells are located. If light could spur these immune cells to get to an infection more quickly, it could be leveraged via lamps to boost immunity and help treat skin diseases or even cancer.
Assinale a alternativa que corresponde à informação contida no texto.
A imagem permite inferir que: