To the following sentences into indirect speech
[ii] They said, "The weather is fine.'
(iii) The geography teacher said, "The earth moves round the sun
Answers
Explanation:
A localized heavy summer rainstorm in Colorado
Here is a classic summer rainstorm; they are often small but intense. Other rain events are more "frontal" in nature, with large nimbostratus types of clouds bringing precipitation over a large area. (Credit: Howard Perlman, USGS)
Fortunately for everyone, water is a renewable resource that moves in a cycle with neither beginning nor end (but, you can put in your vote as to where you think it begins). Water vapor (evaporated from oceans, lakes, forests, fields, animals, and plants) condenses and returns to Earth as precipitation, once again replenishing reservoirs, lakes, rivers, underground aquifers, and other sources of water and providing the moisture required by plants and animals... an endless water cycle.
The amount of precipitation that falls around the world may range from less than 0.1 inch per year in some deserts to more than 900 inches per year in the tropics. One of the driest spots on Earth is Iquique, Chile, where no rain fell for 14 years. The world's wettest spot, as shown by data collected from a rainfall gage operated by the USGS, is on Mt. Waialeale, Hawaii, where an average of more than 451 inches of rain falls each year, and where more than 642 inches fell from July 1947 to July 1948. Although Mt. Waialeale averages slightly more rain per year, Cherrapunji, India, holds the single year record of 905 inches measured in 1861.
By contrast, the conterminous (the 48 "lower" states) United States receives enough precipitation during an average year to cover the States to a depth of about 30 inches. This is equivalent to about 1,430 cubic miles of water each year. What happens to the water after it reaches the ground depends upon many factors such as the rate of rainfall, topography, soil condition, density of vegetation, temperature, and the extent of urbanization.

Wide spread flooding in Lithia Springs, Georgia just west of downtown Atlanta, after epic rainfall, 22 Sept. 2009. Impervious surfaces and urban buildup causes rainfall to runoff much quicker, and with greater flooding consequences, during heavy rains.
Credit: NASA
For example, the direct runoff in a highly urbanized area is relatively great, not only because of the density of roofs and impermeable pavements permits less rain to infiltrate the ground, but also because storm-sewer systems carry more water directly to the streams and lakes. In a more natural or undeveloped area, the direct runoff would be considerably less.
In the United States, an average of some 70 percent of the annual precipitation returns to the atmosphere by evaporation from land and water surfaces and by transpiration from vegetation. The remaining 30 percent eventually reaches a stream, lake, or ocean, partly by overland runoff during and immediately after rain, and partly by a much slower route by moving though the ground.
Much of the rain that enters the ground filters down into subsurface water-bearing rocks (aquifers) and eventually reaches lakes, streams, and rivers where these surface-water bodies intercept the aquifers. The portion of the precipitation that reaches the streams produces an average annual streamflow in the United States of approximately 1,200 billion gallons a day. By comparison, the Nations's homes, farms, and factories withdraw and use about 355 billion gallons a day (2010).
Amount of water received when an inch of rain occurs
Have you ever wondered how much water falls onto your yard during a rainstorm? Using a 1-inch rainstorm as an example, the table below gives example of how much water falls during a storm for various land areas.
AreaArea (square miles)Area (square kilometers)Amount of water (gallons)Amount of water (liters)A roof (40 x 70 feet)0.00010.0002571,7436,6011 acre (1 square mile = 640 acres)0.001560.00427,154102,7891 square mile12.617,380,00065,780,000Atlanta, Georgia132.4342.92,293,000,0008,680,000,000United States3,537,4389,161,92261,474,000,000,000232,700,000,000,000
Consider for a moment how much rainwater some cities may receive during a year. For example, Atlanta, Ga. averages about 45 inches of precipitation per year; multiplying this by the 2.293 billion gallons shown in the table as the number of gallons in 1 inch reveals that some 103.2 billion gallons of water fall on Atlanta in an average year. In a city the size of Atlanta, the per capita water use is about 110 gallons per day or 40,150 gallons per year. Thus, the water from a year's precipitation, if it could be collected and stored without any loss, would supply the needs of about 2,574,000 people.
Answer:
[ii] they said that wether is fine
[iii] the geography teacher said the earth moves around the sun