Your eyes perceive color as flags. There are chemical tubes in the eye that contain flags for the color that you see around you. For example when you see a blue ball your eyes pick up the color blue via the chemical tubes. The chemical tubes entrusted with capturing the color blue "flash" and send signals to the brain which the brain intreprets as being blue. While this occures the chemical within the tube deplets, the amount of depleted chemical marks the intensity of the color in terms of brightness. So if it were a very bright, shining blue then the chemical withing the tubes deplets more and signals the brain to intrepret the ball to be very shiny. Thus this explains why you temporarily become blind when you look into the sun. When you look into the sun, the light coming from the sun is white meaning it has all of the colors of the visible spectrum, thus all of the chemical tubes become active in the eye, and since the sun burns with a great intensity, the chemical within thse tubes deplete very quickly and completely, hence in one sense your are not technically blind but are actually seeing every color of the spectrum at the same time. Then in a couple of minutes, while looking away from the sun, the chemicals in the tubes return and once again you can see.
When weight changes due to gravity, mass remains the same. Mass is the amount of matter in an object, while weight is the force exerted on an object due to gravity. So, when the gravitational force changes, the weight of an object changes, but its mass remains constant.
Resolution refers to the ability of a microscope to distinguish between two closely spaced objects as separate entities. A resolution of 400 means that the microscope can distinguish objects that are 1/400th of the actual size apart. In this case, the microscope magnifies the object 400 times and can resolve details that are very close together.
Yes, the sun is an illuminated object. It emits its own light and energy through nuclear fusion processes happening in its core, making it one of the main sources of light and heat in our solar system.
Although the sun is bigger, the moon is not small. When placed at a certain distance before the moon, it able to hide the shine of the sun.
If our image is real and inverted and smaller than the object ,then it is a concave mirror; if the image is virtual and erect and larger than the object,then it is a convex mirror; if the image is of the same size as of the object,it is a plane mirror. that is how we can distinguish or identify which of the given mirrors are what. BUT if the angle is very small you cannot tell Plane is flat, convex it curves outwards and concave it curves inwards.
resolution
Resolution
This is how you can distinguish/recognize the indirect object from the direct object.The indirect object always goes before the direct object. (direct object is bold / indirect subject is italics)I gave Jim the book.The indirect object can be changed into a phrase beginning with to.I gave the book to Jim
To distinguish it from the volume of an object which is measured in cubic units.
The velocity of the object.
Magnification is the process of enlarging the appearance of an object, making it appear larger than its actual size. It does not directly relate to the ability to distinguish details on the object, but it can help by making fine details more visible to the observer.
Visual acuity is the term that describes the ability to distinguish object details and shape at a distance. It is commonly measured using a Snellen chart during an eye exam.
One reason is to distinguish between a general object and a specific one. For a specific object it would need to be identified earlier.
We know which colors are absorbed by an object based on the colors that are missing from the light that is reflected off the object. The absorbed colors are those that are not present in the reflected light, causing us to perceive the object as having a certain color.
Fields
The sentence "Are you certain of that?" has no direct object. The only verb is "are", and it is a linking verb rather than an action verb, so "certain" is a predicate adjective.
Yes, an electroscope can determine if an object has a charge, but it cannot distinguish between a positive or negative charge. If the object causes the electroscope's leaves to diverge, it indicates the presence of a charge on the object. Further experiments or additional methods are required to determine the polarity of the charge.