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Consider the giant elliptical galaxy M87, it has a very small, bright nucleus and a visible jet of matter 1800 PC long racing out of its core. Radio observations show that the nucleus must be no mre than a light week in diameter.
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What do neutron stars emit?
If a neutron star's rotational period is fast enough to produce jets (A pulsar), said jets will emit radio waves, with faster periods emitting higher frequency radiation as well as the jets themselves emitting synchrotron radiation. Also, unless the neutron star were 0K, it will emit thermal radiation However, as far as a neutron star that isn't a pulsar, nobody knows if they emit anything but thermal radiation.
What is a distant extremely bright galaxy with the black hole at Center called?
The most luminous and distant objects known to science are called quasars and generally accepted to be the nuclei of active galaxies, or in other words supermassive black holes with their relativistic polar jets aimed towards earth.
Why do jets use kerosene?
because Alan likes men
Can quasars explode?
whoever erased my answer needs to stop hatin. just cuz you follow mainstream science and have become well versed at regurgitating old news and beliefs gives u no right to erase others ingenuity. before my work got erased the answer to this question is yes, quasars do explode. mainstream science believes that the universe began hence that means that any observation into deep field is labeled the past. unfortunateley if you were thinking in pictograms then you would be an observer on earth looking out into deep field the shape you would be visualizing is a sphere. where we are the center and the expansion is the out skirts of the sphere which was the begininng of this inflated bubble theory. of course if you bought in to this center of the universe theory then this may seem correct. In my theory there is no percieveable shape to the universe it is in chaos or turbulence. The turbulence is energy fluctuations that exists in the form of eternal movement in all infinite directions hence the universe is infinite and eternal. The real question of why the universe exists is replaced with the universe just is. Always in a state of turbulential energy fluctuations that combine and create different densities of energy. turbulence as you may know when influenced by a movement of force in any given direction will form a vortex. This natural occurring pattern of the vortex is prevalent in all of nature the sacred spiral of life. as energy combines into a consolidated direction it forms te vortex which is two sided in space thus forming opposing jets of distributing matter in equal directions since matter cannot be created nore destroyed the jets shoot off in opposites becuz tere is no other way to distribut energy into space evenly thus this budding vortex energy has a distribution that begins to become centralized enoug to pull other matter towards it. the heat that is produced manifest elements as it fuses and cools creating gases which condense to form heavier elements which in turn create stars and supernovae which create planets and thus beginnig galactic systems as this can be observed as star clusters which consolidate to form galaxies. since there is an eternally infinite supply of energy there will be always a larger merger point within an area of space that has a lot of matter hence as galaxies form there will be enire galactic eras of galaxy merging were big galaxies collide and merge with one an other to form consolidated entities of even bigger galaxies. so the obvious answer iswhen galaxies merge there will be less density of energy between galaxies as the galaxies will be pulling matter towards themselves thus resulting in increased distances between galaxies. so the only question left to ask is that
Why is your jen air stove flame orange?
The air jets are adjusted wrong.
What emits extremely large quantities of energy?
Quasars emit more energy than anything else in the universe. Quasars are massive black holes at the cores of some galaxies, swallowing matter and stars and ejecting them out collimated bipolar jets of matter and radiation which stretch out hundreds of thousands of light years. Since there are quasars in galaxies close by, these indicate the evolution of our universe.
What do neutron stars emit?
If a neutron star's rotational period is fast enough to produce jets (A pulsar), said jets will emit radio waves, with faster periods emitting higher frequency radiation as well as the jets themselves emitting synchrotron radiation. Also, unless the neutron star were 0K, it will emit thermal radiation However, as far as a neutron star that isn't a pulsar, nobody knows if they emit anything but thermal radiation.
Why do fighter jets have vapour trails?
All aircraft engines emit hot air and they are usually flying in very cold air, so the hot air appears as a vapour trail.
Who is is better jets or giants?
Jets.
5 How does the geometry of bipolar flows and Herbig-Haro objects support the hypothesis that protostars are surrounded by rotating disks?
The geometry of bipolar flows and Herbig-Haro (HH) objects provides valuable insights into the hypothesis that protostars are surrounded by rotating disks. This hypothesis is a fundamental concept in star formation theory, and the observations of bipolar flows and HH objects help to confirm its validity. Bipolar flows: Bipolar outflows are powerful streams of gas and dust that are ejected from young protostars during their early formation stages. These flows have a distinct bipolar shape, with two opposing jets of material moving in opposite directions along the rotational axis of the protostar. The key features of bipolar flows that support the rotating disk hypothesis are as follows: Symmetry: Bipolar flows exhibit a high degree of symmetry, with the jets emerging in opposite directions along a common axis. This axis is often aligned with the rotation axis of the protostellar system. Velocity gradients: The material in the bipolar flows shows a velocity gradient, with the highest velocities at the center and decreasing velocities as you move outward from the protostar. This is consistent with the idea that material is being launched from a central rotating disk, where material closer to the center is moving faster due to the higher angular velocity. Collimation: The jets in bipolar flows are highly collimated, which suggests that the material is being channeled through a narrow opening, potentially created by the surrounding rotating disk. Herbig-Haro (HH) objects: HH objects are the bright knots and shock fronts that form when bipolar outflows collide with the surrounding interstellar medium. These objects are often observed as highly directional structures, and they provide further evidence for the presence of rotating disks around protostars: Alignment with bipolar flows: HH objects are typically aligned with the axis of the bipolar outflows. This alignment suggests a connection between the ejected material and the protostellar rotation axis. Bow shock morphology: The bow shock shape of HH objects indicates that the outflowing material is encountering resistance from the surrounding medium. This is consistent with the idea that the material is emerging from a rotating disk and is colliding with the surrounding material, creating shocks. Shock-induced emission: The collision between the outflowing material and the surrounding medium generates shocks that produce bright emission lines, often indicating the presence of high-velocity material. These emission lines provide clues about the velocities and dynamics of the material being ejected from the rotating disk. In summary, the geometry and characteristics of bipolar flows and Herbig-Haro objects strongly support the hypothesis that protostars are surrounded by rotating disks. The symmetrical bipolar shape, velocity gradients, collimation of material, alignment of HH objects with the bipolar outflows, and shock-induced emission all point toward the presence of a central rotating disk as a key component of the star formation process.
Why are quasars considered as mysterios objects in the galaxies?
I think they are no longer as mysterious as when they were discovered. At that time, it seemed incredible that what was apparently a small region within remote galaxies should be able to emit more energy than an entire galaxy. It is now known that quasars are related to supermassive black holes, and their energy output is related to matter falling into the black hole. Of course, there are still some mysteries - for example, it isn't known yet how such huge black holes were able to form in a relatively short time. And even if you know what they are, some things are still astounding - such as their high energy output, or the jets of gas that extend hundreds of thousands of light-years into space.
What is the possessive noun form of jets?
The possessive form for the plural noun jets is jets'.Example: The jets' pilots continually update their training.
What is a good sentence of the words jets?
We found jets flying up in the sky. Jets flew above my head. A group of jets almost flew into my face. Jets are totally my thing! <3
Why do you hate the jets?
The Jets are stupid and are selfish
Are the Jets better than the Dolphins?
The Jets!
Who is going to win steelers or jets?
Jets
When were the NY Jets known as the NJ Jets?
They have never been called the New Jersey Jets.
