No
1+3=4, which is less than 5
1cm
A rectangle with sides of 1cm and 6cm has an area of 6 cm2 and a perimeter of 14 cm. A rectangle with sides of 2cm and 3cm has the same area but its perimeter is 10 cm.
This is a two step problem: First you must find the Greatest Possible Error (GPE)? To find the greates possible error, you must acknowledge the significant place value. In this case because it is measured to 3cm the answer is 1cm. The GPE is half of 1cm which is 0.5cm. Second the percent of error is a ratio of the GPE/Original measurement. In this case it is 0.5/3 is 0.16666666667 therefore the answer is: approximately 16.67% or 16.7% or 17%
Assuming no fractional dimensions, least possible area would be a rectangle measuring 1cm x 9cm. Area increases to a maximum of 25 sq cm when shape is square, ie 5cm x 5cm.
1 over 100
No. The sum of the lengths of any two sides must be greater than the length of the third.
A cube cannot have sides with different lengths.
no it is not. you need to have a teacher help you with your problems. i have problems too. i have a toe in my nose. but back on subject it is not possible because you nedd chicken suop. not just any... Campbells! have a nice day sir...mam... idk?
If you are talking about 9cm, 9cm and 1cm then yes it can form a triangle because this would be an isosceles triangle. The two longer sides add up to longer than the short side so it can be a triangle.
taking a triangle as an example; place the compass at any 1 vertex and then take a radius eg-1cm, from the vertex,cut 1cm on either sides of the adj sides of the triangle den,draw an arc joining both d points marked by d compass, now join the pt of intersectn wtn the vertx.
Dimensions are given out as length by width 14cm by 1cm 13cm by 2cm 12cm by 3cm 11cm by 4cm 10cm by 5cm 9cm by 6cm 8cm by 7cm And the rest is all repeats of the above.
Any shape you want as long as the area within its boundary is 6cm2.examples:a triangle of base 6 cm and height 2 cm;a rectangle 2cm by 3 cm;an L shaped hexagon with sides 5cm, 2cm, 1cm, 1cm, 4cm, 1cm;circle of radius approx 1.382 cm;
It is a unit centimetre square.
If you are looking for dimension in whole numbers only, and understanding that rectangles must have opposing sides equal and 4 right angles: The answer to your question is most easily determined by assigning the dimension of 1cm (the smallest possible whole unit) to two of the sides. This means that the other two sides must each be 8cm. Because 18-1-1=16. 16/2 = 8. So the dimensions of the first rectangle would be 1cmX8cm. If the next rectangle were assigned a dimension of 2cm to two of the sides, the longer sides would each be 7cm. Because 18cm-2-2=14. And 14/2=7. If the next rectangle had short sides of 3cm, it would have long sides of 6cm. So you see, for every 1cm that the short sides are increased, the long side must be decreased by 1cm. So the dimensions would look like this: 1x8 2x7 3x6 4x5 at this point the lengths of the sides invert 5x4 6x3 7x2 8x1 It could be said that there are 4 possible sizes of a rectangle (in whole numbers), or it could be said that there are 8 if you consider the inverse dimensions to differ because they refer to different sides.
0.000...1cm length on two sides. 19.999...9cm length on the other two.
It's the same volume as a cube with all sides 1cm long. 1cm^3 = 1 milliliter
A cube has 6 sides, therefore a 1cm cube has a total surface area of 6 square centimeters.