Not exact matches
With
temperatures around 100 degrees for a lot of the summer
time, the less we have to rely on our appliances inside, the better.
Temperatures were in the single digits (with windchills below zero) and a snowstorm struck us on Thursday, which meant my
time outside was limited to short walks
around the block with Maki.
But, of course, by the
time I finally got
around to preparing it, the
temperature had dropped 30 degrees and, not long after, the rain came.
With traditional offset smokers, it's usually a matter of adding wood chunks or chips to hardwood charcoal and cooking for a relatively long period of
time with
temperatures around 225 degrees F. With a stovetop smoker, 1 to 2 tablespoons of wood shavings are placed in the bottom of the smoker.
My second
time around with the recipe, though, I did increase the
temperature from 325 to 350, and went 25 - 30 minutes.
These pasteurization
time /
temperature parameters are designed
around FDA established pathogen kill requirements and FDA guided safety margins.
I cooked mine about 35 seconds per side, but they were the size of golf balls — adjust cooking
times based on size of fritters and
temperature of your oil, ideally
around 365 ° F.
I understand your point
around the egg whites, just be careful as cooking egg whites at elevated
temperatures (required for frying, roasting, and baking) for extended or multiple periods of
time can cause it to turn rubbery; and from what I understand half the point of folding them whipped into the mixture wasn't just for binding but also to make the texture more light and airy, thus my point about avoiding as much extra exposure to heat after they have «firmed» up.
With record high
temperatures soaring
around the world, there's no better
time to keep the cool outdoors — under a tree and on a grassy knoll.
Crucial factors to making good espresso include: water dispersion, water
temperature (
around 200 ˚F), and
time.
Roast for 30 - 60 minutes (depending on
temperature), shake the pan a couple of
times to flip the potatoes
around and make sure nothing sticks.
I then transferred the mixture to cheese cloth and placed the mixture in a sealed sauerkraut crock (the kind with the lip of water
around the edge — just the mixture inside the cheese cloth and nothing else), and I let it sit for about 48 hours (a little longer than the recommended 36 hours — I live in a basement apartment in a cool climate, so the
temperature was
around 60 degrees most of the
time).
When I made this last night, we ate it warm, but for thanksgiving I will prepare it a couple hours before dinner and serve it as a room
temperature salad (if only because next week there will be 10 people vying for very limited stove space and trying to get a hot dish to the table is a fast way to create a lot of anxiety — I think right
around crunch
time, I'll step out of the kitchen with a glass of wine and leave the hot dishes to others).
After all of the hype and concern surrounding a potentially snowy Super Bowl, weather reports indicate a game -
time temperature in the high 30s to low 40s with fairly mild winds of
around 10 mph.
The Chiefs have to be more confident in their ability to beat the Broncos after watching the Patriots come back last Sunday night, but they don't have Foxborough weather on their side: the
temperature is predicted to be in the high 40s
around game
time.
Expect cooler
temperatures around game
time.
My kids have always reported that they are room
temperature by the
time lunch rolls
around.
Roz Varon's Weekender Report - ABC7 Chicago - January 19, 2018 It may be winter, but warmer
temperatures are on their way just in
time for outdoor activities
around Chicagoland this weekend.
When a woman is ovulating, her basal body
temperature will dip
around.2 degrees, with the most fertile
time occurring days before and up to the noticed
temperature spike.
When charting, you'll notice an increase in your body
temperature around the
time of ovulation.
You will breathe easy knowing that your little ones» meals will be just the right
temperature when lunch
time comes
around.
An extensive body of research shows that there is a mild drop in body
temperature right
around the
time we fall asleep, and that our brain wants to keep this
temperature throughout the night.
But the consensus
around European issues in general tends to reduce the
temperature of debate on the Belgian political landscape — and the fact that, for the first
time, federal, regional and European elections will be contested on the same day makes the European parliamentary elections less visible to most people.
The reason: his house (late at night US
time) and home studio have been plunged into darkness by power cuts caused by severe storms brought on by
temperatures of
around 100of.
Using different calibration and filtering processes, the two researchers succeeded in combining a wide variety of available data from
temperature measurements and climate archives in such a way that they were able to compare the reconstructed sea surface
temperature variations at different locations
around the globe on different
time scales over a period of 7,000 years.
With
temperatures rising 1.5 F in the 20th century, being off by 0.7 degrees suggests that actual warming since pre-industrial
times might be more than 50 percent greater than assumed,
around 2.2 F.
At that
time, CO2 levels are thought to have been close to current levels —
around 390 parts per million — but global
temperatures were warmer.
«The
temperature of the plasma is
around 200 million degrees,» Olson says modestly, «several
times hotter than the core of the sun.»
Here's some reasons why: Venus's surface
temperature hovers
around a sweltering 870 degrees Fahrenheit (465 degrees Celsius), its surface pressure is about 90
times that of Earth (which is akin to the pressure a kilometer, or 0.6 mile, below the ocean's surface), and there are no seasons there.
Temperatures in the lower mantle the reach
around 3,000 - 3,500 degrees Celsius and the barometer reads about 125 gigapascals, about one and a quarter million
times atmospheric pressure.
The
temperature does not change much: highs
around 1700 degrees Fahrenheit, lows near 1200, and winds eight
times faster than the speed of sound on Earth.
Pluto spends its
time far from the sun, where
temperatures hover
around minus 391 degrees Fahrenheit; Ceres is much closer and can heat up to minus 37 F (warmer than summers at Antarctica's Vostok station).
Temperatures have risen nearly 2 °F since pre-industrial
times, and the effects on droughts, heatwaves and floods are becoming clear
around the world.
On Earth this feat requires taming plasma (electrically charged gas) at
temperatures around 150 million degrees Celsius, 10
times as hot as the inferno at the sun's core.
A new reconstruction of Antarctic ocean
temperatures around the
time the dinosaurs disappeared 66 million years ago supports the idea that one of the planet's biggest mass extinctions was due to the combined effects of volcanic eruptions and an asteroid impact.
Although both worlds are similar in size and density, our planetary neighbor has
temperatures so high they can melt lead, winds that whip
around it some 60
times faster than the planet itself rotates and an atmosphere that slams down with more than 90
times the pressure found on Earth's atmosphere.
As they continue to add data points from
around the globe and move forward in
time, a process of elimination takes place until they know what the
temperature is in, say, Washington, D.C., 100 years ago.
The indications of climate change are all
around us today but now researchers have revealed for the first
time when and where the first clear signs of global warming appeared in the
temperature record and where those signals are likely to be clearly seen in extreme rainfall events in the near future.
But at
around 1.9 million
times atmospheric pressure and 4,800 kelvins (about 4,500 ° Celsius), the scientists observed a jump in density and
temperature.
The penguins once numbered
around 2,000 individuals, but in the early 1980s a strong El Niño — a
time when sea surface
temperatures in the tropical Pacific are unusually warm — brought their numbers down to less than 500 birds.
The north Queensland coral wipeout occurred
around the same
time that global
temperature rise was reaching the halfway point toward the 3.6 °F of warming that a new United Nations treaty aims to prevent.
We know, for example, that stabilization at 550 parts per million [of carbon dioxide equivalent in the atmosphere] would give us
around a 50 — 50 chance of being [on] either side of a 3 - degree Celsius [5.4 - degree Fahrenheit] rise from the
temperatures in preindustrial
times.
There is some debate about when the «Little Ice Age» — the last
time when global average
temperatures were falling — ended, but it is well documented that glaciers started receding
around that
time as a result of the relative warming of the planet.
Here the average global
temperature would increase by
around 4.6 degrees Celsius by the year 2100 compared to pre-industrial
times.
The authors say fossil - fuel emissions should peak by 2020 at the latest and fall to
around zero by 2050 to meet the UN's Paris Agreement's climate goal of limiting the global
temperature rise to «well below 2 °C» from preindustrial
times.
But these cores formed under the weight of their planets» outer layers, under pressures of
around 500 gigapascals — 5 million
times atmospheric pressure on Earth — and typical
temperatures of about 6,000 kelvin.
Second, the 0.8 degC rise in
temperature anomaly is from
around the mid to late 19th century, whereas pre-industrial
times were somewhat earlier.
If they went by previous theories, YPtBi would need
around a thousand
times more mobile electrons than it has now in order to be superconductive at
temperatures of 0.8 Kelvin and below.
That extra methane would have produced a greenhouse effect strong enough to heat the planet to a higher average
temperature than it is today, although the Sun was
around 20 percent dimmer at that
time (Pavlov et al, 2000).
The new exoplanet, dubbed «HIP 116454b,» is 2.5
times the diameter of Earth and follows a close, nine - day orbit
around its parent star, whose small size and cool
temperature make the planet too hot to support life.