Final answer:
To ensure safety after a winter storm, it is imperative to remove snow and ice from your car, particularly from places like the roof and windows. More friction from winter tires is desirable for safer driving on icy roads, and in electrical storms, a car's metal body acts as a Faraday cage, offering protection inside the vehicle. Lastly, assumptions should not be made about school closures without sufficient evidence.
Step-by-step explanation:
After a winter storm, it is essential to remove snow and ice from your car to prevent it from flying off while driving, which can be dangerous for other vehicles on the road. Accumulated snow can fall onto other cars or obstruct their view, leading to potential accidents. Removing snow and ice is particularly important from the roof, windows, headlights, and taillights of your car. Regarding driving over icy roads, choosing the right tires is crucial as they will create more friction with the road surface. This increase in friction is desirable because it provides better grip, reducing the risk of skidding and improving overall vehicle control. Another example where more friction is desirable could be when using break pads on a bicycle, which need sufficient friction to effectively slow down or stop the bike.
In case you find yourself driving during an electrical storm, it's advisable to stay inside the car. The metal body of the car acts like a Faraday cage, providing protection from electrical fields if any lightning strikes or live wires fall upon the vehicle. Lastly, it's important to note that the conclusion "Therefore, it snowed more than three inches." requires assuming that the only reason for school closures is due to snow exceeding three inches, which is not sufficiently justified. This is a logical fallacy where the conclusion is not necessarily valid based on the premise provided.