When you see a distant object, your focal distance increases. This means that your eyes adjust in order to focus on the object that is far away, by lengthening the shape of the lens to bring the object into focus.
If this is a homework question the answer you are probably looking for is Quasar [See related question] However, the actual question is full of inconsistencies. Brightness is defined as being observed from Earth and distance is relative to your frame of reference - Apparent magnitude [See related question - Apparent magnitude] Therefore, a bright object could be the Sun, and in normal relative terms it is distant, to some very distant. A quasar on the other hand is not very bright from Earth but it is very very distant. For the question to fit the answer, the question should be "What star like object is very luminous and very far away". or "What star like object has a high absolute magnitude and is very distant [See related question - Absolute magnitude]
You can make distant objects appear closer by using optical aids like binoculars or a telephoto lens to magnify the image. Alternatively, you can physically move closer to the object you want to see in more detail. Additionally, using digital zoom on a camera or smartphone can help bring distant objects closer, but this can result in a loss of image quality.
A telescope is the object that helps you observe and study objects in space, such as stars, planets, and galaxies. Telescopes use lenses or mirrors to gather and focus light from distant celestial objects, allowing us to see them more clearly.
The condition is called emmetropia. This means that the person has normal vision and can see distant objects clearly without the need for corrective lenses like glasses or contacts.
The term for someone who is able to see close objects but unable to see distant objects is "nearsighted" or "myopic."
You are short sighted , unable to see distant objects
When you see a distant object, your focal distance increases. This means that your eyes adjust in order to focus on the object that is far away, by lengthening the shape of the lens to bring the object into focus.
to be honest I'm not quite sure.... i think it's quasars are.
If this is a homework question the answer you are probably looking for is Quasar [See related question] However, the actual question is full of inconsistencies. Brightness is defined as being observed from Earth and distance is relative to your frame of reference - Apparent magnitude [See related question - Apparent magnitude] Therefore, a bright object could be the Sun, and in normal relative terms it is distant, to some very distant. A quasar on the other hand is not very bright from Earth but it is very very distant. For the question to fit the answer, the question should be "What star like object is very luminous and very far away". or "What star like object has a high absolute magnitude and is very distant [See related question - Absolute magnitude]
It collects the light from the object and enlarges the picture using the lense, in other words, the glass at the end focuses on that object so you many see it better.
I am unable to see your name so no, names do not pop up.
Object glasses, also known as telescopes, offer several benefits for observing distant objects. They provide magnification, allowing for a closer view of faraway objects. They also enhance clarity and detail, making it easier to see fine features. Additionally, object glasses can gather more light, improving visibility in low-light conditions. Overall, using object glasses can greatly enhance the viewing experience of distant objects.
Since I am unable to see what object that you are trying to identify, I am unable to assist you. Please feel free to resubmit your question with more information so we can better assist you.
Since WE cannot see the object... we cannot help you !
space and your house if you live in egypt
i can't see the distant look