Question

An anemometer measures the sustained wind speed of a particular hurricane at 165 miles per hour. How would the hurricane most likely impact buildings in its direct path when it reaches land?(1 point) Responses removal of roof decking or gable ends removal of roof decking or gable ends major damage to roofs and siding major damage to roofs and siding minor damage to roofs, shingles, and gutters minor damage to roofs, shingles, and gutters total roof failure and wall collapse

Answer 1

A hurricane with sustained wind speeds of 165 miles per hour is categorized as a Category 5 hurricane, which is the most severe classification on the Saffir-Simpson scale. At this intensity, the expected impacts on buildings in its direct path would be severe.

The most likely impact would be total roof failure and wall collapse. Buildings that are not specifically designed to withstand such extreme winds would suffer catastrophic damage, including the complete disintegration of roofing systems and potentially the loss of structural integrity leading to wall collapses.

Therefore, the correct response is: total roof failure and wall collapse.

Answer 2

Which type of data about a Category 5 hurricane does a satellite provide?(1 point) Responses air pressure air pressure rainfall rainfall temperature temperature speed

Answer 3

Satellites are particularly useful for observing various aspects of hurricanes, but one of the key types of data they provide is rainfall. Satellites can measure cloud cover and precipitation patterns, giving valuable insight into the amount and distribution of rainfall associated with a hurricane.

Therefore, the correct response is: rainfall.

Answer 4

Which of the following provides data about the wind speed and precipitation of a hurricane?(1 point) Responses barometer barometer radar radar anemometer anemometer thermometer

Answer 5

The instrument that provides data about both the wind speed and precipitation of a hurricane is a radar.

Radar can measure the intensity of precipitation within a storm and track precipitation patterns, while also providing information about wind speed through the analysis of doppler radar.

Therefore, the correct response is: radar.

Answer 6

Which outcome on manufactured structures is most likely to result from a Category 5 hurricane?(1 point) Responses roof failure and wall collapse roof failure and wall collapse moderate roof damage moderate roof damage loss of shutters and gutters loss of shutters and gutters minor damage to windows and garage doors

Answer 7

The outcome on manufactured structures from a Category 5 hurricane, which involves sustained winds of 157 mph or higher, is most likely to be roof failure and wall collapse. Structures not designed to withstand such extreme wind speeds would face catastrophic damage, including the potential for roofs to be torn off and walls to fail.

Therefore, the correct response is: roof failure and wall collapse.

Answer 8

How do the structures shown in the image contribute to the stability of manufactured structures during a Category 5 hurricane? (1 point) Responses They elevate the structure above storm surge. They elevate the structure above storm surge. They maintain equal air pressure inside and outside the structure. They maintain equal air pressure inside and outside the structure. They prevent debris from breaking windows. They prevent debris from breaking windows. They prevent roofs from detaching. They prevent roofs from detaching.

Answer 9

Without the ability to see the specific image you're referring to, I can provide a general response based on common engineering practices for manufactured structures in hurricane-prone areas.

If the structures in question are related to the foundation or anchoring systems used in manufactured homes, the most relevant contribution to stability during a Category 5 hurricane would typically be that they elevate the structure above storm surge. This elevation helps prevent flood damage and provides a stronger foundation against high winds.

However, if the structures in the image are designed to enhance the integrity of the roof or resist uplift forces, then an argument could be made that they prevent roofs from detaching.

Please select the response that best matches the content of your image! If you give me more context about the structures, I can provide a more definitive answer.

Answer 10

All right sept number 2. number 2 is speed

Answer 11

Thank you for clarifying! If the question is regarding how structures contribute to the stability of manufactured structures during a Category 5 hurricane and you've indicated that the answer is "speed," please provide further context or specific options related to that, as "speed" might refer to wind speed, structural speed in terms of construction, or even something else.

However, if the choice you've selected means that structures are designed to face strong winds efficiently, the focus would still be on their ability to withstand high wind speeds and prevent components like roofs from detaching.

For a more precise answer, please consider providing the list of options you're referencing or any additional details!