Clouds Quotes ( quotes)
quotes have been tagged as clouds: Mehmet Murat ildan: 'Clouds in the sky One day we'll be clouds.” . tags: circle, clouds, dance, fall, game, hug, life, love, opposite, rain, rainbow, sea, That when we meet after the worst of endings. Seek to be kind, and you'll find the rainbow follows you. ― Richelle E. Goodrich. Try to be a rainbow in someone's cloud. ― Maya Angelou. Better known as an iridescent cloud, a cloudbow is just what it sounds like: A You can check out some more views of the cloudbow below!.
A splendid sight which gives us hope, positivity, and a lot of happiness. Glance through these inspirational quotes and sayings about this divine color palette. Quotabulary Staff Last Updated: Mar 2, The Bible Interpretation! It brings divinity, creativity, positivity all around. But there's more to it than those glittery colors. Rainbow holds a lot of importance spiritually and religiously.
Besides that, it also holds prominent references in art and literature. Paintings infusing rainbows convey peace and creativity. Needless to say, there are seven colors in rainbow, and each color has its own significance. V - Highest color of spirituality I - Infinity G - Growth, fertility, balance, wealth Y - Wisdom, clarity in thought process O - Creativity and playfulness Let's see what these wise people have in their treasure bag regarding rainbows. Quotations from a Life Made Out of Poetry Don't seek to be happy; let everyone else chase after that rainbow.
Seek to be kind, and you'll find the rainbow follows you. View image of Kelvin-Helmholtz waves Credit: Brad Lundgren Kelvin-Helmholtz wave One of the rarest and most fleeting formations, this cartoon-like breaking wave is the Holy Grail for many cloud-spotters. It occurs almost everywhere in the world and at all levels of the atmosphere.
But it only lasts a few minutes before dispersing without a trace. These turbulent atmospheric waves are a sign that the air is extremely unstable The crashing wave pattern is caused when swift, warm air flows over a colder, denser, more sluggish layer.
As physicists William Kelvin and Hermann von Helmholtz discovered, the difference in the speeds and densities of these fluids creates a shearing force where they meetproducing undulations in the boundary between the two. If the speed difference is just right, the tops of the denser ripples can roll up, surge forwards, and tip over in a series of vortices, just like a breaking ocean wave.
Bad Astronomy | Great Photo of a Twisty Rainbow Cloud—Iridescent Pileus | SYFY WIRE
When clouds happen to form at the horizontal boundary, this invisible air process is briefly made visible. Though beautiful, these turbulent atmospheric waves are a sign that the air is extremely unstable and may be dangerous to aircraft.
Supercell storm cloud Supercells are the least common kind of thunderstorm. Their destructive might is second only to hurricanes. What sets them apart from regular violent storms is a persistent rotating updraft called a mesocyclone, which allows the storm to sustain itself over many hours.
Typical thunderstorms develop from cumulonimbus clouds.
These begin as dense, billowing white towers, formed when warm, moist air is carried swiftly upwards by powerful convection currents. As the humid air bubbles up into cooler parts of the atmosphere, the moisture condenses, transforming fluffy cotton-wool clouds into a massive, lumbering rain cloud. Supercells can produce treacherous winds, tennis-ball-sized hailstones and flash floods Given enough instability, moisture, and lift, the hefty cloud becomes electrified.
When the cloud reaches the top of the troposphere — the bottom layer of Earth's atmosphere, which contains all the weather — a distinctive anvil-shaped thunderhead forms. However, once rain starts falling, it causes a downdraft of cool, dense air. This sinks and flows out of the base of the cloud, smothering the updraft and starving the storm of energy.
As a result, these storms typically dissipate within about 30 minutes of starting. In a supercell, vertical wind shear creates huge horizontal tubes of spinning air. These tubes get caught in the updraft and tilt upwards into the storm.
This sets up a system where the up- and downdrafts become separatedallowing the storm to maintain its rage for hours. Supercells can produce treacherous winds, tennis-ball-sized hailstones and flash floods.
Mysterious Iridescent 'End of Times' Cloud Phenomenon Spotted in Costa Rica - ABC News
All tornadoes are associated with supercells, although not all supercells produce tornadoes. View image of Cirrocumulus clouds forming a mackerel sky Credit: When gentle ripples begin to form across the entire sky, it's a good bet that the storm or its remnants will arrive These clouds form high in the sky, and the afternoon sun catching their underbellies gives them a dappled, silvery sheen.
Like all good folk sayings, there is some truth to this one. That's because cirrus clouds — thin, wispy, collections of ice crystals — are harbingers of change.
Mysterious Iridescent 'End of Times' Cloud Phenomenon Spotted in Costa Rica
They form from small amounts of moisture in the air ahead of approaching weather fronts. As a front draws nearer, sturdier clouds gather and the weather changes.
Mackerel-type cirrocumulus can be an indicator of warm winds lifting up and flowing out from a distant thunderstorm.
The ripples form when humid air at the far-flung edges of the storm system pushes past clear, cool air high in the sky. It's the resistance of the cool air to this motion that causes the ripples. Ridges of cloud form where water vapour cools and condenses, while troughs of space form where it warms and re-evaporates. When gentle ripples begin to form across the entire sky, it's a good bet that the storm or its remnants will arrive in just a few hours. View image of Mammatus clouds over Nebraska Credit: Their name derives from the Latin mamma, which means "udder" or "breast", and they can extend over many hundreds of miles of cloud.
As the crystals fall back down, they change from ice to water vapour Essentially, mammatus are upside-down clouds formed from sinking pockets of cold, moist air. Often seen bulging from the anvil of a severe thunderstorm or from the ragged clouds in a storm's wake, they usually indicate that the worst weather has passed.Dr. Maya Angelou: "Be a Rainbow in Someone Else's Cloud" - Oprah's Master Class - OWN
There are a number of theories about how the clouds develop. They all hinge on sharp differences in temperature and humidity between the cloud and the underlying air, and pronounced wind shear at the boundary.
One of the most convincing explanations relies on "negative buoyancy". Updrafts within storm clouds carry air saturated with ice crystals upwards into air that isn't dense enough to support their weight. As the crystals fall back down, they change from ice to water vapour. This cools the surrounding air, causing it to sink.