Yes and no. You can make the area narrower or wider, but you can't actually change it.
It can be anything greater than 3200.8 cm. By making the triangle taller and thinner you can keep the area constant while increasing the perimeter - without limit.
because if the remainder is larger than that means you can still keep on dividing the number...but once it is smaller it means that you can't divide anymore
If you increase the length then the width must decrease by the same amount if the perimeter is to remain the same.
You need to measure the specific sides of the plot and then compute the area. You can break down the total plot into smaller subsections which are regular and easier for you to compute the area. First, place the largest rectangle you can within the boundaries of the irregular lot. Then, fill in the remaining areas outside the rectangle with smaller rectangles, triangles and cirlces -- whatever fits best. Keep going using smaller and smaller shapes for the remaing areas until you've covered most of it. Then, calculate the area of each shape: Rectangle = Width x Height Triangle = W x H / 2 Circle = 3.1416 x radius x radius Add up the areas of all the shapes for the total area of the irregular lot.
signs are different.... Find the difference.... KEEP THE LARGER SIGN signs are the same... COMBINE AND KEEP THE SIGN
It can be anything greater than 3200.8 cm. By making the triangle taller and thinner you can keep the area constant while increasing the perimeter - without limit.
This question has no unique answer. A (3 x 2) rectangle has a perimeter = 10, its area = 6 A (4 x 1) rectangle also has a perimeter = 10, but its area = 4 A (4.5 x 0.5) rectangle also has a perimeter = 10, but its area = 2.25. The greatest possible area for a rectangle with perimeter=10 occurs if the rectangle is a square, with all sides = 2.5. Then the area = 6.25. You can keep the same perimeter = 10 and make the area anything you want between zero and 6.25, by picking different lengths and widths, just as long as (length+width)=5.
Usually not. They can easily expand into a larger volume, or be compressed into a smaller volume.
The area of a polygon is the area inside, where the perimeter is the area outside. An Example of a flower bed the area tells you how many flowers you can plant. the perimeter tells you how much fence to buy to keep the rabbits out. The area of any n-gon is A=1/4 n*a^2 cot (pi/n) Where: A= Area N=# of Sides (5) a=first side length (1) cot= cotangent. a good source is [See related link "Source" below for the good source]
because if the remainder is larger than that means you can still keep on dividing the number...but once it is smaller it means that you can't divide anymore
For smaller toys you can buy waterproof storage containers that have compartments to keep them organized. These containers can be kept inside a larger storage unit or outdoors. For the larger toys, they will need to placed in a storage shed or under another type of covered area, if you want the larger ones to look new longer.
Without entering the area, keep people away from the scene and outside the safety perimeter.
Smaller. If you add .02 + .02 you would get .04 . Similarly in this fashion you keep adding .02 to itself. .02 + .02 + .02 + .02 .02 and you get .10 which is larger than .09 .09 + .09 = .18
They have smaller ears to conserve heat. Foxes from warmer areas have larger ears to help dissipate heat.
you dont keep the answer you just start from new. you do length times height times width:) i hope it helps:) thx, bella castaneta
In all cases, screen size makes a difference. The larger the screen, the larger the display and ease of reading. Keep this in mind when purchasing your product.
You don't mean the "maximum perimeter".You can keep the perimeter of 80 feet, and shape the ring to make the areaas close to zero as you want it (but you can never make it exactly zero).What you really want to ask is: What's the maximum areayou can make with aperimeter of 80 feet ?If you play with it for a while ... which you really should do ... you'll find thatthe greatest area you can make with any perimeter is a circle, and the nextgreatest is a square, with 1/4 of the perimeter on each side.So for your boxing ring and 80 feet of ropes, the square is (20-ft x 20-ft), andthe area is 400 square feet. That's the biggest possible area.