What If You Put A Teaspoon Of Sun On Earth? (Question)

To scoop up the entire Sun with a teaspoon, you’d only obtain roughly 2 kg (5 lbs) of material. The same quantity of matter contained in a neutron star would weigh somewhere between one billion and six billion tonnes. You wouldn’t have been able to pick up the spoon in the first place, would you? And it isn’t even the worst part of it all.
What is the weight of a tablespoon of the Sun in grams?

  • A spoonful of the Sun would weigh around 5 pounds (2 kilograms), depending on where you scooped it up. That’s about the weight of an old laptop. An ounce of neutron star weights more than a billion tons (900 billion kg), which is equivalent to the weight of Mount Everest in kilograms. While you could lift a spoonful of the Sun, you wouldn’t be able to lift a tablespoon of a neutron star.

How much does a teaspoon of the sun way?

Consider the sun’s core, which according to Wikipedia has a temperature of roughly 15.7 million degrees Kelvin and a density of 150 grams per cubic centimeter. A teaspoon is 5cm3, which equals 750g.

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How heavy is a spoonful of sun?

A spoonful of the Sun would weigh around 5 pounds (2 kilograms), depending on where you scooped it up. That’s about the weight of an old laptop. An ounce of neutron star weights more than a billion tons (900 billion kg), which is equivalent to the weight of Mount Everest in kilograms.

How heavy would a teaspoon of the sun weigh?

The density of the Sun’s core is around 150 grams per cubic centimeter. A teaspoon has a volume of around 4.93 cc, which equates to approximately 740 grams of mass for a teaspoon of the sun.

What would happen if you ate a star?

According to Hammergren, if you put it in your mouth, it would descend through your body unhindered, cut a path through your belly, emerge out via your nether regions, and bore a hole toward the center of the Earth.

How heavy is a teaspoon of dark matter?

The centre of the atom has collapsed, and gravity has compressed stuff together so closely that protons and electrons have combined to form neutrons as a result. One teaspoon of neutron star material has a mass similar to that of the Sun, but it is compressed within a 10km radius, therefore it has a mass of almost a billion tons!

How dense are Neutronstars?

Neutron stars are extremely large objects with diameters ranging between 10 and 20 kilometers. Considering their density of 1017 kg/m3 (the Earth’s density is around 5103 kg/m3, and even white dwarfs have densities almost a million times less), one teaspoon of neutron star material would weigh approximately a billion tonnes.

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Who would win in a fight the sun or a trillion Lions?

A large army of cats would still be on the prowl waiting to pounce on the cowardly sun even after 5 billion years. So there you have it, a trillion lions would consume the entire sun in a single day. Lions are the victor. The fact that you are reading this and thinking it is not sarcastic and a joke demonstrates that you are a stupid.

How much weight is the Earth?

It is estimated that around 1.3 million Earths may be contained within the sun’s volume when the volume of the sun is divided by the volume of the Earth.

What would happen if a pulsar hit Earth?

Pulsars are characterized by their extremely rapid rotation. If the Pulsar is more than 50 lightyears away, our atmosphere will be completely destroyed in an instant. The side of the Earth that is facing the Pulsar will be burned and perhaps blasted to atoms before anybody realizes what is happening to them. The opposite part of the planet will suffocate and perish in the cold.

Does black hole have gravity?

Particles in a rotating disk are known as pulsars. We shall be swept away in an instant if the Pulsar is more than 50 lightyears distant from Earth. The side of the Earth that is facing the Pulsar will be scorched and perhaps blasted to atoms before anybody realizes what is occurring. Coughing and freezing to death on the opposite side of the planet.

How big would the Earth be if it was a neutron star?

The whole mass of the Earth at neutron star density could be contained into a sphere with a diameter of 305 meters (the size of the Arecibo Telescope).

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Is a quasi star possible?

Considering that the formation of quasi-stars could only have taken place very early in the evolution of the Universe, before hydrogen and helium were polluted by heavier elements, it is likely that they were extremely huge Population III stars. It is expected that the surface temperatures of quasi-stars would be higher than 10,000 K (9,700 °C).

Can a black hole swallow a star?

When a star approaches a black hole, its gravity shatters it into strands like spaghetti, according to the typical TDE illustration. Immediately, half of the star’s substance is swallowed up by the black hole, with the remainder arcing away in lengthy streamers.

What would happen if you stood on a white dwarf?

Due to the expansion of atoms back to their original size, a portion of a white dwarf would explode when it was broken apart. Similarly, this would hold true for the outer layers of a neutron star.

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