Resources

Evidenciar que a cor percecionada de um objeto depende do  material de que é feito e da luz que nele incide.

Este cenário permite consolidar o conhecimento acerca das fases da Lua e dismistificar algumas ideias incorretas seguindo o método científico

Use real telescope data to investigate extrasolar planets.

Tudo em nosso universo é composto de um pequeno número de partículas, e é controlado por apenas quatro forças. Neste Hangout, vamos discutir esses blocos de construção básicos de tudo.

Página em português sobre asteróides do projeto Nautilus (inclui imagens)

Website about asteroids provided by NASA.

An independent informational site covering the Big Bang and related subjects. Items presented are in-depth, but in laymen's language. Technical jargon is kept to a minimum.

Image from Big Bang Central website.

As children, we’re taught to paint cold things blue and hot things red. In science we learn that blue things are actually far hotter than red things! In this lesson, we will learn how hot objects radiate energy as light of many colors following what is called a black body curve.

As children, we’re taught to paint cold things blue and hot things red. In science we learn that blue things are actually far hotter than red things! In this lesson, we will learn how hot objects radiate energy as light of many colors following what is called a black body curve.

Select your input and obtain your results and graph.

Blackbody curves and filters explorer

How does the blackbody spectrum of the sun compare to visible light? Learn about the blackbody spectrum of the sun, a light bulb, an oven, and the earth. Adjust the temperature to see the wavelength and intensity of the spectrum change. View the color of the peak of the spectral curve.