It does not need to be. It can be smaller or larger.
No. It's smaller. If you want to make a centimeter, you need 10 millimeters.
you have to click on the object you want to make larger or smaller and then you will see a rectangle or a square it depends on how the object is shaped and there are little dots on the sides and the top click those and drag them that's all you need to do!hope this helps!
Math is used in a hourglass to make sure you have the proper flow rate for the desired amount of time. If the sand flows too fast then you need to make a smaller opening, if to slow you need too make a wider opening or add more sand.
By convention width is the smaller dimension of a rectangle; however, it does not need to be - particularly when talking about rectangular windows, the width can be more or less than the height, making it the larger or smaller (as appropriate) dimension.
You need to be able to see the slide and the aperature is that opening in the body tube.
The aperture is like the iris of the eye. When the aperture is very small, you will get a sharper focus and more depth of field-- near and far things in the scene will tend to be sharper. This is because the smaller circle is cutting down on the "confusion" caused by the countless overlapping circles of light being focused on the film or other light sensitive surface in the camera. The down side is that because the iris is smaller, less light is getting in, and you need a longer exposure to get a good image. When the aperture is larger, you can get a good image with a faster exposure, but sharpness and depth of field may suffer a little. The "circles of confusion" are larger, because the aperture is larger.
In general, an aperture is a hole through which light travels. In relation to photography, where the word is most commonly seen, this denotes the size of the hole through which light travels to hit the camera's sensor. Longer exposures need smaller apertures to ensure that the picture is not overexposed, and shorter exposures need a larger aperture to get enough light.
Aperture refers to the mechanism that controls the amount of light that is allowed through the lens to reach the film or sensor. Fundamentally in brighter light you need less light passing through generally, whereas in low light situations you need more light to get to the film or sensor. So In brigher locations the aperture setting (called an "f-stop") will be higher, meaning a smaller opening, and in low light locations the f-stop willl be a lower number, meaning a larger opening. The other major parameter of the shot will be shutter speed, again affecting the amount of light allowed to reach the film or sensor. One of the most interesting things about aperture is that with a lower setting you get what's called greater "depth of field" -- you've seen pictures where the subject is in focus but everything in front or behind the subject looks fuzzy and out of focus. This is almost always a function of a lower f-stop because when the opening is larger more of the lens curvature is used, and it is the curvature which does this. If you used a high f-stop, then more of the picture is in focus, both in front of and behind the subject.
It depends on what your shooting, you can also use AUTO mode on your camera to have your camera choose what aperture it thinks its best. If you have a high shutter speed than you might want to choose a bigger aperture (f/2 around there). But if you want a larger depth of field you need to choose a lower aperture (around f/32) and a lower shutter speed.
To create larger waves when using a rope, you will need to make a larger amplitude. By moving your hand or shaking the rope with larger excursions, you can generate bigger waves. Conversely, smaller amplitudes would result in smaller waves.
The aperture setting refers to the iris of the camera lens. Like that of your eye, it opens and closes, regulating the amount of light entering the camera body and exposing the film. I always remembered it like this: "The smaller the number (aperture setting), the bigger the hole" and vice versa. If you are in a darker room you need to turn the aperture down to allow more light in so that your prints do not turn out under exposed. You can also adjust your speed setting in correlation with the aperture setting to create greater/less depth of field, meaning what is in or out of focus in front of or behind your subject.
"smaller" is a binary operator: you need two numbers, 9 and another one, before you can decide whether 9 is smaller, the same or larger.
To see the Andromeda galaxy, you will need a telescope with an aperture of at least 6 inches (150mm). This is because Andromeda is a large galaxy and its light is spread out over a wide area in the night sky. A larger aperture will allow more light to enter the telescope, making it easier to observe.
It does not need to be. It can be smaller or larger.
no, pressure is the same , but it will need less volume of air
No. It's smaller. If you want to make a centimeter, you need 10 millimeters.