Area of plane figure
The surface area of a space figure is the total area of all the faces of the figure
my idea is that to find the area of a 2 dimensional figure you have to multiply length *width which equal the area except a triangle and some other figure
Work out each figure separately then add them together: Area of a trapezoid = 0.5*(sum of parallel bases)*height Area of a rectangle = length*height
Depends on what figure you are working on, each figure has its own formula for the area. So you need to do a sketch and label the relevant quantities which are needed to find the area. By using the perimeter value, find a formula for one quantity in terms of the other(s). Write the area as a function of just one variable. Find the domain of that variable. After that, use the derivative to find the desired global maximum or minimum (the highest or lowest points on the curve), which will give you the maximum or the minimum area of the figure you are interested in. If you have a specific problem, I can help more.
Area of plane figure
The remaining figure is the are of polygons that bounded by three dimensional figure .
You need to find the area of each two dimensional surface on the figure. Do you have a specific figure in mind?
The surface area of a space figure is the total area of all the faces of the figure
To find the area of a quadrilateral, multiply the length and width of the figure. The product will give you the area of the figure.
Im sorry but I can not find the area. There are many reasons why I can not. The biggest reason is because I CAN NOT SEE THE FIGURE.
If the figure is a rectangle, the area is 60. If the figure is a triangle, the area is 30.
you add the area
all of you suck
count the boxes
NO. This is the way to get the volume of a prism, not the surface area of any three-dimensional figure. To find the surface area of a three-dimensional figure, you must find the area of each of its faces and then add the side-areas together.
TRUE: To find the surface area of a three dimensional figure, you must find the area of each of its faces and then add them together.