A microscope.
Macrophotography allows you to get real close to the object. It is very common for taking photos of insects, flowers and other close-up elements. Macrophotography allows you to get a close view of all the details on the object.
A macro lens would be the most suitable for photographing very close to an object. This type of lens allows for high magnification and sharp focus on small subjects at close distances.
"Close the door." is a complete sentence. The direct object is door.
When viewing an object close to you, your lens should be more curved in order to focus the light rays properly onto your retina. This curvature allows the lens to refract light more effectively and bring nearby objects into sharp focus.
When viewing an object close to you, your lens should be more curved in order to focus the incoming light accurately on your retina at the back of your eye. This change in lens curvature allows you to see nearby objects clearly by adjusting the focal length of the lens.
A magnifying glass is much thicker than it is around the edges, which is called "convex". When this is held close to an object, the light waves are bent and this allows the object to appear larger than it is for better viewing.
Suspensory ligaments are attached to the lens of the eye and can change the shape of the lens to help focus on close objects. When focusing on a close object, the ciliary muscles contract, which loosens the tension on the suspensory ligaments. This allows the lens to become more rounded, increasing its refractive power to focus the image on the retina.
Nothing.
[object Object]
induction
It is called charging by conduction, where one object becomes charged by transferring electrons to or from another object when they are in close contact.
Inducing a charge by bringing a neutral object close to a charged object is called electrostatic induction. This process causes the redistribution of charges within the neutral object, resulting in the neutral object acquiring a charge.