While caring for the egg, the fathers can tolerate winds of up to 70 miles per hour (113 kilometers per hour) without abandoning their duty. This is particularly relevant for certain bird species, such as the male Emperor penguin, which can endure harsh conditions while protecting their eggs. The strength of the wind can impact their ability to thermoregulate and keep the egg warm, but they are adapted to withstand extreme weather.
In general, the difference in horizontal pressure in the area.
When you blow on the top of a piece of paper, the air you blow creates a region of low pressure above the paper. This low-pressure area draws the paper upwards, causing it to rise. Additionally, the fast-moving air you blow creates momentum that lifts the paper.
Trade Winds blow fast and in Pretty much any direction. That's why sailors try to sail there often.
Winds blowing over a large area create powerful, high, and fast waves.
Fast-moving bands of winds that blow high in the atmosphere are called "jet streams." These narrow, powerful air currents typically occur at altitudes of about 30,000 feet and can influence weather patterns and systems across the globe. Jet streams flow from west to east and can vary in strength and position, affecting temperature and precipitation in the regions below.
The fast blow fuse will generally only have a straight wire between the terminals, while the slow blow version will have part of that wire coiled up as a spring.
A low break capacity fuse typically refers to its ability to interrupt a circuit at lower fault currents, but it does not directly indicate whether it is fast or slow blow. Fast-blow fuses are designed to react quickly to overcurrents, while slow-blow fuses can tolerate temporary surges without blowing. The break capacity and the blow speed are separate characteristics, so a low break capacity fuse can be either fast or slow blow depending on its design.
Any piece of machinery that is designed to use a fast blow fuse should only use a fast blow fuse. For safety reasons this could save your life instead of taking it.
If the fuse is labelled F it is fast-blow or T OR S it is slow-blow, the letter should be on the metal cap on the ends of the fuse.
The time it takes for a fuse to blow, either "fast blow" or "slow blow" is determined by the design of the fuse and is described in a table or graph provided by the manufacturer. In general, the higher the applied overload current, the faster the fuse will blow. Fast blow fuses can open in milliseconds, slow blow fuses can open in several seconds. The fuse used depends entirely on the application and what kind of circuit it is protecting.
Typically the "F" stands for "Fast Blow" or "Fast Acting". A "T", as in T6A, would mean "Time Delay" or Slow-Blow. So, an F6A 250 is a Fast Acting (Fast Blow) 6 Amp 250 Volt Fuse.
2100km
Depends on how you blow it up...... Wow yeah you would ask that..
Capabilities vary by different brands and models of dryer.
400 fps
deping on the wether
it travels three times as fast as a comet