Exploring Pi Earth and Beyond

In 2020, researchers discovered an exoplanet similar to Earth, named Pi Earth, due to its year being 3.14 times longer than an Earth day. The James Webb Space Telescope is set to analyze its atmosphere using infrared spectra. Additionally, a Pi-themed calendar is available, offering educational insights into various scientific topics.

What makes the newly discovered exoplanet an interesting target for the James Webb Space Telescope?

• It is closer to the Sun.

• It has more moons than Earth.

• It is larger than Earth.

• It has a similar size to Earth but a longer year.

Why is the new exoplanet referred to as 'Pi Earth'?

• It is 3.14 times closer to the Sun than Earth.

• It is 3.14 times larger than Earth.

• Its year is 3.14 times longer than a day on Earth.

• It has 3.14 times more gravity than Earth.

How can the Webb Telescope determine the composition of Pi Earth's atmosphere?

• By analyzing the spectrum of colors in infrared.

• By measuring the planet's temperature.

• By observing the planet's orbit.

• By counting the number of moons.

What type of light does the Webb Telescope primarily use to study exoplanet atmospheres?

• Ultraviolet

• Visible

• Infrared

• X-ray

What unique feature does the Scishowa 2023 calendar offer?

• It includes a telescope guide.

• It is a lunar calendar.

• It is themed around the digits of pi.

• It is a digital calendar.

Where can one purchase the Pi-themed 2023 calendar?

• On complexitycalendars.com.

• In a physical store.

• At a local bookstore.

• At a science museum.