The spacing of the orbits between the planets decreases with increasing distance from the Sun.

Read the following paragraphs and answer question:  Aristotle once pondered that the second greatest challenge known, second only to the study of human nature itself, was trying to understand the weather. The ancient Greeks marveled over hydro meteors – clouds, igneous meteors – lightning, and luminous meteors – rainbows and halos. Meteors were defined as “anything in the air.” Hence, the study of meteorology.  People have always tried to anticipate changes in the weather. From ancient times to modern times, the very survival of people has depended on the changes in the weather. The Chinese tried to predict the weather nearly 3,000 years ago, with limited success. Ancient Babylonians tried to unravel the mysteries of the atmosphere around 650 B.C. using clouds and the appearance of unusual phenomena like rainbows and halos. Some of the first weather forecasters were farmers trading postcards by mail, sharing stories of what the rain, snow, and wind were doing to their livelihoods.  Thomas Jefferson bought his first thermometer while writing the Declaration of Independence and his first barometer a few days after it was signed. Jefferson made daily weather observations until six days before his death in 1826.  The weather network in the U.S. became a reality in 1847, and by 1860, there were approximately 600 daily weather observers working with the Smithsonian Institution in Washington, D.C. To understand the atmosphere requires

The Sun contains nearly all of the mass in the solar system.

_____ is a phase change that releases heat.

The acceleration of a car travelling at a constant velocity of 60 mph for ½ hour is _____ m/s2.

The following are comprehensive questions regarding material from Sections 1, 2, and 3.

The most abundant gas in the Earth’s atmosphere is

A lunar eclipse occurs when the Moon is at which phase?

Which of the following planets has the greatest greenhouse effect?

Suppose the volume of juice, X, being poured into containers in a filling operation is Normally distributed with a mean of 12 ounces and a standard deviation of 0.05 ounces.  About 68% of all containers should contain what volume of juice?