Because blimps can't be in the air when the weather is ruff because it has to be 23 degrees in wind
Because blimps can't be in the air when the weather is ruff because it has to be 23 degrees in wind
Because blimps can't be in the air when the weather is ruff because it has to be 23 degrees in wind
Bad weather can significantly jeopardize a planned trip in a blimp by affecting visibility, stability, and safety. Strong winds, thunderstorms, or low cloud cover can make navigation difficult and increase the risk of accidents. Additionally, poor weather conditions can lead to the cancellation of flights, as blimps are particularly sensitive to environmental factors. Ultimately, safety regulations may prevent takeoff altogether in adverse weather.
A bear weather jeopardy, characterized by severe weather conditions such as storms or high winds, could significantly impact a planned trip in a blimp by creating unsafe flying conditions. High winds could make it difficult to maintain stability and control, while storms could lead to turbulence and low visibility. Additionally, if weather conditions deteriorate, it may necessitate rerouting or delaying the trip for safety reasons. Consequently, thorough weather assessments are crucial before embarking on such an adventure.
since it bad weather and the blip is a glass it can break it and it ruins the once in alife time cunmmuication
This could very well jeopardize my career and get me fired!
Yes
i really dont think he is allowed to because it could jeopardize his career
False
They have to be moored by the front end to a tall mast on a truck specially equipped for this purpose. Plenty of space is needed because the blimp has to be free.
Lina is cautious and calculated in her actions. She wants to make sure all details are perfectly planned out before executing the escape plan to ensure its success. Rushing into action could lead to mistakes or unforeseen complications that could jeopardize their escape.
Yes, a blimp can float in the air when filled with helium because helium is lighter than air. This difference in density creates buoyancy, allowing the blimp to rise and remain aloft. Additionally, helium is non-flammable, making it a safer alternative to hydrogen, which was used historically but posed fire risks.