Suppose the shorter side is x cm.Then the longer side is x + 3.5 cm.
Therefore the perimeter is 2*(x + x + 3.5) = 4x + 7 cm.
Now 4x + 7 = 67 so that 4x = 60 and x = 15
and then x + 3.5 = 18.5
Therefore the sides of the rectangles are 15 cm and 18.5 cm.
A Queen Size bed is normally 153 cm x 203 cm, however these values can differ with certain variations or extras added to the bed. Generally it is bigger than a normal sized bed though.
Let the length of the longest side of the triangle be x units.Since the lengths of the sides of the triangle are consecutive even numbers, which differ by 2, the perimeter of the triangle equals to (x - 4) + (x - 2) + x = 3x - 6.Since the length of the longest side is 22 units shorter than the perimeter, the perimeter of the triangle also equals to x + 22. So that3x - 6 = x + 22 (subtract x and add 6 to both sides)3x - x + 6 - 6 = x - x + 6 + 222x = 28 (divide both sides by 2)x = 14Thus the longest side has a length of 14 units.
Find the length of each sideside ab and bc differ in length by 10cm and the side ac and bc differ in length 3cmfind the lenght of each sideperimeter of a triangle abc is 103cm?
I dont know the answer
The angles will differ from one to the next
The solution to an inequality generally is a region with one more dimension. If the inequality/equation is of the form x < a or x = a then the solution to the inequality is the 1 dimensional line segment while the solution to the equality is a point which has no dimensions. If the inequality/equation is in 2 dimensions, the solution to the inequality is an area whereas the solution to the equality is a 1-d line or curve. And so on, in higher dimensional spaces.
A rectangle that's 7 x 1 inches has a perimeter of 16inches,and its area is 7 square inches.A rectangle that's 5 x 3 inches also has a perimeter of 16 inches,but its area is 15 square inches.A rectangle that's 6 x 2 inches also has a perimeter of 16 inches,but its area is 12 square inches.A square that's 4 inches on each side also has a perimeter of 16 inches,but its area is 16 square inches.A circle that's 16 inches around the outside also has a perimeter of 16 inches,and its area is 20.4 square inches.There's no reason why there has to be a connection between perimeter and area.
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.
They differ by mass, electrical charge, dimensions, location in atom, type of qurks contained.
aqueous means liquid or water.
Stadia differ quite considerably in size.
A rectangle is a plane figure with four straight sides and four right angles. Generally considered to have unequal adjacent sides to differ them from squares.
A rectangle has 4 equal interior angles of 90 degrees whereas a parallelogram has 2 equal acute angles and 2 equal obtuse angles.
Concentration is very variable in solutions.
isotonic solution, equilibrium
Mass, dimensions, spin, electrical charge, life time are different.
These pipettes differ by dimensions: volume, length, diameter, etc.