Tornados are very destructive weather-related hazards. Their impacts on homes and lives can cause significant problems, damage, and even death. It can be hard to predict tornadoes, so preparation beforehand is essential, especially if one lives in an area prone to frequent storms. Strengthening windows and doors, as well as garage doors, can help create a more reliable barrier against high winds and the pressure that is created during a storm. If there is existing damage to roofs, it is best to repair it before storm season to create a strong structure and reduce the chance of further destruction.

In the description of Kaci's weather simulation, the class is being asked to create a structure that can withstand a tornado simulation. High winds that move in a circular pattern are characteristic of a tornado. Hurricanes and flooding require large amounts of water, and no water is mentioned in the question. A wildfire would not fit the description of the simulation.

Wildfires destroy millions of acres of forest each year across the globe. There are many reasonable solutions to help reduce the damage and devastation. Firefighters can hold controlled burns in areas with dry, aged debris that is likely to spark and catch fire. Raking up dead leaves and brush from the forest floor can help remove the kindling that causes many wildfires. Many fires are started accidentally by people throwing cigarette butts out their car windows. If there were fines in place for these behaviors, it might reduce the number of fires started. All of the answer choices are reasonable solutions.

Hurricanes are intense tropical storms that bring high winds and rain. Many times there is debris that flies through the air or tree limbs fall. Windows that are more resistant to strong-winds and impact-proof would protect people from debris that is in the air and winds, which can reach speeds of 160 mph or higher. If windows stay intact, there will be less damage to the interior of homes and less risk of injury to the residents.

Weather and climate are two different terms but often confused. Climate refers to the weather conditions that are occurring in a specific area over a long time. The conditions have been studied every January for many years, and it is always snowy. Scientists and meteorologists can predict that the upcoming Januarys will be snowy based on this information.

The best steps that Jackie should take to complete this assignment would first be to research each city online in detail and record the information about the climate. Her information needs to be from a credible source and cannot be something she makes up. After the collects, the information, an excellent way to combine it would be through a data table or chart. This is an excellent visual way to see the data. Finally, Jackie can compare and contrast the two cities and determine any similarities or differences between their climates.

Obtaining and combining information about weather conditions is a way to gather information about the climate of different parts of the world. These graphs can be used to look for patterns. There may be connections between different months' temperature and precipitation, or there may be patterns within the months that can be used for predicting future weather. These graphs give valuable information that can be used for tracking, monitoring, and comparing.

This statement is true. Weather patterns are recorded and analyzed for trends and predictions. If scientists record information in a place over many years, they can find similarities or differences in the data that will help them predict what the weather will be like in that area for years to come. People rely on climate records to draw conclusions about the weather in an area.

This graph is an excellent example of how obtaining data about weather conditions can help to provide information about the climate. The data is showing an increase in temperatures overtime in Tampa, Florida. Due to this trend, scientists can guess that the temperature will continue to increase over the upcoming decades as well. Using information obtained about weather or climate conditions can help with predictions about future patterns.

This graph shows an increase in the average temperature from the 1940s until the 2010s. There are some decades where the temperature did drop lower, but overall there is an increase. The temperatures will likely continue their upwards descent, and it will be warmer in the 2020s. Graphs such as this one are an excellent tool for visually sharing complex data.