1 - Complete o texto suprimido com [...], descrevendo situações que ocorrem “durante todo o dia” relacionadas ao calor e à temperatura ambiente.
2 - Apresente expressões utilizadas no dia a dia associadas ao calor e à temperatura,
quer literal, quer figurativamente (como “dia fresco”, “comida gelada”, “coração
quente”, “pessoa fria”, “abraço caloroso”), interpretando os significados atribuídos na
linguagem coloquial a “quente” e “frio”.
3 – Reescreva em qualquer linguagem ou gênero – um poema, um texto didático, uma
ficção, um texto científico, uma história em quadrinhos, um texto jornalístico, um
diálogo, um desenho, uma pintura, uma música, um gráfico, uma(s) pergunta(s) – o
que o texto informa a respeito do calor.
4 – Explique as frases:
“Diferentemente da gravidade, que aceitamos sem questionar, falamos sobre o calor
nos mínimos detalhes.”
“O calor ambiente está entre os mais confiáveis artigos da comunicação humana.”

There is a theory that indicates that dinosaurs became extinct when about 65 million years ago, a large asteroid hit the earth surface. dust caused by this collision blocked the sunlight reaching the earth's surface and many forms of life became extinct due to the cold. fearing this threat, how large the radius of an asteroid should you be looking for if the dangerous asteroid size is approximately the same as the one that killed the dinosaurs? available data suggests that about 18% of that asteroid's mass ended up as a dust spread evenly over earth after eventually settling out of the upper atmosphere. about 0.0180 g/cm^2 of dust, which is chemically different than the earth's rock, covered the earth's surface. typical asteroids have a density of about 1.9 g/cm^3. now that we know the size of the asteroid, how much energy was released during impact, assuming all of it was just the kinetic energy of the asteroid right before the impact?

What are the applications of electromagnetic waves

Aphoton is absorbed by an electron that is in the n = 3 state of a hydrogen atom, causing the hydrogen atom to become ionized. very far away from the nucleus, the released electron has a velocity of 750,000 m/s. what was the wavelength of the absorbed photon?