4 Seconds
any object that has form and volume is measured in meters.examples:length of a table, height of a man, height of the basketball hoop, the length of the track, the width of the window.
The concept of an opposite gender for a window doesn't apply, as "window" is an inanimate object and doesn't possess gender. In language, gender typically refers to nouns that are classified as masculine or feminine, often in relation to living beings. Therefore, a window does not have an opposite gender.
do you know about Penumbra calculation as its calculated from this? Ug=FxT/D Ug=Geometric Unsharpness F= Source or Window Size T= Object Thickness D= Distance from source to the front surface of the Test Object. Your Diagnostic film length is calculated from this. Depending on what standards you work to they will tell you how many shots to do on what thickness of material as well as distance shot from. there is a chart that can be referenced but i can't remember what its called. i will try & find out but i hope this helps
Conventionally the shorter measure is the width, so the 6 ft would be taken to be the width. However, it does not have to be, for example the width of a window is the distance from side to side regardless of the height of the window - with a short but wide window the width would be the longer measurement.
A meter is a measure of length- a meter being just over three US feet. It is, of course, a unit of the metric system. There are 100 centimeters in a meter, and 1000 meters makes one kilometer. Meters are used to measure everything between the length of a ruler and the distance between things in a room. Most household objects such as tables, rooms, window frames, television screens, etc. would be measured in meters. Kilometers are used to measure long distances such as the distance between two cities or the length of a road. 1 kilometer is equal to 0.6 Miles. Centimeters are metric units of measurement that are useful for measuring lengths of small objects, just like the imperial unit of inches. Centimeters are smaller than inches; it takes 2.54 centimeters to equal 1 inch. Small units of length are called millimeters. It can be used to measure the thickness of a credit card for example. There are 10 millimeters in 1 centimeter, or 1000 millimeters in 1 meter.
No, work is not done when a ball is dropped from a window to the ground because work is only done when a force is applied over a distance. In this case, gravity is the force pulling the ball down, and there is no force acting against it over a distance.
Assuming that acceleration due to gravity is 9.8 m/sec^2, then the required height is 0.75 metres.
The window displaying the properties of an object is called the "properties window." It provides information about the object's attributes, such as size, color, and location, and allows users to modify these properties as needed.
Object Window...
That completely depends on the shape of the object. It should be easy to find a lead sinker and a piece of cloth with the same weight as the sinker. Drop them both out of a second-floor window, and you'll see that the effects of air resistance have nothing to do with the object's weight, but a lot to do with its shape.
The image distance in the mirror is equal to the object distance, and so the total distance the bus driver can see in the mirror is the sum of the object and image distances. Therefore, he can see a total of 110 cm (50 cm from the mirror to his face + 50 cm image distance + 10 cm remaining distance to the rear window) of the rear window through the mirror.
create an object of that window and call "show()" Example: window wd = new window(); wd.show();
speed due to gravity 10 m/s, d=s x t = 4s x 10 = 40 m The above answer is 100 percent wrong. distance s, in a gravitational field, is calculated as follows: s = (v0 * t) + 1/2 * a * t^2 where v0 is the initial velocity, if any a is the accelaration due to gravity, or 9.8 meters per second squared at the earth's surface t is the time in seconds Since the initial velocity is zero (the stone is dropped, not thrown) the first expression results in zero, the first expression may be dropped, and the equation is simplified. s = 1/2 a * t^2 s = 9.8 / 2 * t * t s = 78.4 meters
We need 1 more piece of information, the size of the window. I will be treating the window as 1 m tall. So the window is 2.5 meters off the throwing plane (the bottom of the window) to 3.5 meters off the throwing plane (top of the window). I am also assuming that the window's height is based on how high it is above the throwing plane of your arm (if that is the height off the ground, we also need to know how tall you are). The rock will hit 2.676 meters above the throwing plane so it will hit the bottom portion of the window (as seeing as the window goes from 2.5 meters to 3.5 meters).
Do you want to shoot pane of glass in the window? Shoot a glass object through the window pane.
As , s = ut + 1/2 a t2 , since a ball is dropped , the equation is modified as h = ut + 1/2 g t2 Therefore , h = 0 x t + 1/2 x 9.8 x 22 [ u = 0 ,since the ball is at rest] h = 19.6 meters Height of the window = 19.6 meters
Depends on how close you get. You control the distance.