Sentences with phrase «diameter ball of»

No great loss, though; the tail debris adds up to the equivalent of only a 24 - meter - diameter ball of rock.

Not exact matches

To roll out the cookies, place a ball of dough about 3 or 4 - inches in diameter on a lightly floured surface.

Take 4 very large sheets of tin foil and crumble them into 4 balls (approximately 4 inch ball diameter).

Shape balls out of the dough — you want them to be about 1 1/2 inches in diameter.

Using a rolling pin, roll each ball of dough into a 7 - inch diameter circle.

Divide the dough into 5 balls, rolling each one to 7» in diameter (this is easiest between two layers of parchment paper.

To start, pinch off a little dough and roll into a ball about 3/4 of an inch in diameter.

Beginning in the center of the ball and working your way to the edges, use your fingertips and palms to gently press the dough into a circle about 8 1/2 inches in diameter, leaving a slightly raised 1 / 4 - inch wide rim.

Use your hands to roll about 18 balls of 1» diameter and 18 balls of 1/4 -1 / 2» diameter.

Roll into balls that are about 2» in diameter, then flatten into a burger patty between your hands or onto a cutting board, or my favorite way, between two pieces of parchment paper (great for not sticking).

With lightly moistened fingers, gently flatten each ball of dough into a 2 inch (5 cm) diameter cookie.

Dust hands with garbanzo bean flour, scoop a small amount of dough (1/2 cup) and roll into a 3 to 4 inch diameter ball.

Make small round balls of 1 inch diameter and set aside.

Take small clumps of the mixture and patties that are 2 inches in diameter roughly 1/4 inch thick or into balls the size of golf balls.

Grab a 6 - inch diameter circular baking pan, line it with parchment paper and add the balls of dough in a single layer, then brush the dough with some extra virgin Spanish olive oil, season with sea salt and a sprinkle of garlic powder, shred in about 1 cup of Manchego cheese and top off with some thinly sliced Spanish olives

With a small scoop or 2 teaspoons, form small balls of dough less than one inch in diameter.

Break off small pieces of brownie dough and roll tightly into balls about 1 / 2 - inch in diameter.

In your hands, roll the pieces of dough into balls and then flatten them into disks 4 inches in diameter.

Crumple 2 large sheets of heavy - duty foil to form two 4» - diameter balls.

Using the fleshy part of your palm, gently tap the balls of dough to flatten into a disc, about 1 1/2 inches wide in diameter.

On a lightly floured surface or with the assistance of a sheet of plastic wrap surrounding the dough ball, roll the dough with your hands to form two 8 - inch logs, 2 inches in diameter.

Take one piece of dough, roll it into a ball between your palms, coat it generously with flour, flatten it into a disc, and then roll it out to around 4 inches in diameter.

Place another piece of parchment (or whatever you're using) over and press down to flatten each ball into a patty 5» in diameter.

Crumple a large sheet of foil to form a 3» - diameter ball.

Scoop about 2 tbs of the dough, and with wet fingers form small balls, about an inch in diameter.

To get a great ratio of crisp exterior and moist interior, make the falafel balls small — just an inch or two in diameter.

Once set, make a ball no wider than the diameter of the muffin or candy mold and press it on top of the chocolate base, being careful not to touch the sides of the mold but also to try to make as flat a surface as possible.

Avoid marbles, balls, and games with balls that have balls with a diameter of 1.75 inches or less.

Wool dryer balls are usually 5 - 7 inches in diameter, ranging from roughly the size of a tennis ball to the size of a softball.

Roll out a ball of pastry dough one at a time between saran wrap until approximately 6 ″ diameter.

At first you will need the ball with a diameter of 45 cm, and then you can get 55 cm and 75 cm.

Let cool and then, with damp hands, roll into small balls of approximately 1 ″ diameter.

The size of a typical baseball, the Monster Indestructible Ball's 2.75» diameter may not seem like much, but it's tough!

The three - pack of balls comes in a tennis ball size with a 2.5» diameter as well as a smaller 1.9» diameter that works well for puppies and smaller breeds.

This four - pack of rope toys comes with a small 2.5» diameter rope ball, two knotted ropes, and a rope with a handle for tug - of - war.

In fact it's a tight collection of several hundred thousand stars, most of which are packed into a ball just a few light - years across (though the whole object is over 100 light - years in diameter).

Materials • LEGO bricks • Large, flat LEGO baseplate • Metric ruler • Three - ring binder (an old one that is okay to take apart) • Scissors • Four small rubber balls (each the same size, about 2.5 centimeters in diameter) • Two rubber bands (each about eight centimeters or longer when flattened and doubled on itself) Preparation • Carefully cut the front and back covers off of the three - ring binder with scissors.

LIGO must be unbelievably sensitive to measure this change in the length of the legs, which is smaller than one ten - thousandth the diameter of a proton, or less than the size of a soccer ball compared with the span of the Milky Way.

A neutron star is the remnant of a brilliant star that burned out and collapsed into a ball about 12 miles across, twice the diameter of an equivalent black hole.

The big question is how large must the balls be to fall through the flow of oil and gas, To find out, Wattenburg suggests using a connection from the surface to the so - called blow - out preventer (BOP) on top of the well to pump in steel balls with a range of diameters up to about 3.8 centimeters (1.5 inches).

If the steel balls are big enough in diameter, their weight will pull them downward even through the upward - rushing torrent of oil and gas.

Consequently, while it was floating, the ball should have displaced the same amount of water as it decreased in diameter, and so the buoyant force should have remained the same.

When the aluminum ball had a diameter of 6.0 cm, the ball should have floated well because it had a density lower than that of water due to the air inside of the ball, just like steel ships that can float because their density has been lowered by encasing air inside the hull.

Observations and results Did more and more of the ball end up below the top of the water as the ball's diameter decreased?

With a diameter of about 1.6 cm or smaller, the ball should have completely sank, indicating that its density was greater than that of water, thereby overcoming the buoyant force.

For each diameter you test, what percentage of the ball is submerged?

However, the density of the ball was changing — it increased as the ball's diameter decreased.

Coming as close as 5000 kilometers to the 140,000 - kilometer - diameter gas ball, Juno and it's gravity - gauging system should measure the mass of any rocky core at the center of Jupiter.

Having so much mass packed within a ball on the order of 20 km (12 miles) in diameter, a neutron star has a density that can reach that of nuclear values, which is roughly 100 trillion (1014) times the average density of solar matter or of water.

A medicine ball is a type of exercise ball that is approximately 14 inches (35.6 centimeters) in diameter and comes in various weights ranging from 2 to 25 pounds (0.91 to 11.34 kilograms).