5 x 30 mm binoculars with blue lenses typically refer to binoculars with a 30 mm objective lens diameter and 5x magnification. The blue lenses may help reduce glare and improve contrast in certain lighting conditions. These binoculars are ideal for general outdoor activities like Birdwatching or sports events.
Bushnell manufactures various models and sizes of binoculars, all for different prices. For example, the Legend Ultra HD 10 by 36 mm. binoculars are roughly $370 USD. The 8 by 42 mm. binoculars of the same model are roughly $390 USD.
Binoculars are specified by numbers such as 4×30, the first number gives the magnification of the object and the second number gives the aperture in millimeters. Good binoculars with a large aperture (50 mm or more) are useful at night for astronomy.Read more: binocular
No, 3.4 cm is not bigger than 30 mm. In fact, 3.4 cm is equal to 34 mm, which is larger than 30 mm. Therefore, 3.4 cm is bigger than 30 mm.
To calculate the magnification power with a 30 mm eyepiece, you need to divide the focal length of the telescope by the focal length of the eyepiece. For example, if the telescope has a focal length of 600 mm and you use a 30 mm eyepiece, the magnification would be 20x (600 mm / 30 mm = 20x).
I have a question and I don't know how to solve it!!!!
it should be 50 ft and 30 sec in front of u
Bushnell manufactures various models and sizes of binoculars, all for different prices. For example, the Legend Ultra HD 10 by 36 mm. binoculars are roughly $370 USD. The 8 by 42 mm. binoculars of the same model are roughly $390 USD.
Binoculars are specified by numbers such as 4×30, the first number gives the magnification of the object and the second number gives the aperture in millimeters. Good binoculars with a large aperture (50 mm or more) are useful at night for astronomy.Read more: binocular
The "mm" in a camera lens refers to the focal length of the lens, which determines the angle of view and magnification of the image.
2.4 mm All kidding aside: the 3.5mm lens has a wider angle than the 6mm one. This means that in a picture, you will see a larger area with the 3.5mm lens, but with the 6mm lens you'd see more (sharper) detail.
In standard film camera reference which is commonly used, a 50 mm lens equals a neutral value, or 1x magnification, so a 12x lens would be 600 mm.
It depends on the actual focal length. For a 35 mm format lens, 200 mm is about 4x magnification, to get 20x you'd need a 1000 mm lens. For smaller formats, such as 8 mm or a camcorder, find the focal length for normal view, then multiply by 20.
"mm" on a camera lens refers to the focal length of the lens, measured in millimeters. It indicates how much the lens can zoom in or out, with larger numbers representing a longer zoom or telephoto lens, and smaller numbers indicating a wider angle or wide-angle lens.
Both are good for different purposes.
A higher mm lens in camera photography means that the lens has a longer focal length, which allows you to zoom in closer to distant subjects and capture more detail.
The term "300 mm lens" in photography refers to a lens with a focal length of 300 millimeters. This type of lens is typically used for capturing distant subjects or for close-up shots with a narrow field of view.
30 mm = 0.098425 '