The area shaded in slanted lines on a map typically represents a specific feature, such as a region with a particular land use, elevation, or vegetation type. This shading can indicate different zones like protected areas, agricultural land, or industrial regions. The pattern and color of the slanted lines are often defined in the map's legend, providing context for interpretation.
A combination of an area chart and a topographic map is typically referred to as a "contour area chart" or "area contour chart." This visualization uses shaded areas to represent values, similar to an area chart, while incorporating contour lines that indicate levels or gradients, akin to a topographic map. This type of chart is useful for displaying data that has both a quantitative measure and geographical context.
A completely shaded shape typically signifies that the area enclosed by the shape is meant to be included in a calculation or analysis. It represents a closed figure where all points within the boundaries are part of the defined region.
It represent the distance covered is 40 metre.
Infrared detectors work on the principle of heat.The detector aims multiple beams of infrared waves or "curtains" into the detection path.The detector is looking for the difference in temperature between each "curtain". If there is no body heat present, all "curtains" will have the same temperature. If the difference exceeds a predetermined threshhold, a circuit is tripped.
The answer depends onwhether or not the lines represent strict inequalities,what the shaded area represents.
Shade 0.3 of a region that is already shaded to represent 0.1 means you would take the already shaded area and shade an additional 0.3 of that area. Specifically, if the original shaded area represents 0.1, shading 0.3 of that would mean creating a new area that is 30% of the original 0.1. To visualize this, you can calculate 0.3 of 0.1, which equals 0.03, and then shade an additional area that represents this value.
To find the area of the shaded part in a rectangle, you first find the total area of the rectangle by multiplying its length by its width. Then, you subtract the area of the non-shaded part from the total area to get the area of the shaded part. The formula would be: Area of shaded part = Total area of rectangle - Area of non-shaded part
The area of the shaded region can be gotten by multiplying the area of the circle by the subtended angle of the sector.
What do you call shaded part?
To find the area of the shaded sector, we need to determine the total area represented by the shaded and non-shaded parts. If the shaded sector is 155 and the rest is 4.3, the total area is 155 + 4.3 = 159.3. The area of the shaded sector is already given as 155, so rounding it to the hundredth gives us 155.00.
To calculate the total shaded area, first identify the shapes that comprise the shaded region and their dimensions. If the shaded area is part of a larger shape, subtract the area of the unshaded parts from the total area. Use appropriate area formulas for each shape involved, such as length times width for rectangles or πr² for circles. Sum the areas of all shaded portions to find the total shaded area.
You cannot have a shaded area of 4 cm since area cannot be measured in centimetres.
The area is 0 square units since no shaded area is visible.
The answer depends on what part of the figure is shaded!
Either directly or by finding the area of the whole and subtracting the area of the non-shaded part.
shaded area is of special intest