No because the sum of the smaller sides must be greater than the longest side
If a right triangle has sides of 16Cm and 12Cm, the hypotenuse is: 20 cm
30 square cm because it's a right angle triangle
Area is 36cm2
A right angle triangle fits the dimensions given
I cut out the lengths to have a visual look at the problem and the answer is NO you cannot arrange 5cm, 12cm, and 19cm into a triangle. Even straightening out the lengths of 5cm and 12cm into a 180 degree angle will not measure out to the 19cm. You cannot have a side that is more than the length of the other two sides combined in a triangle.
12 x 14 x 11 = 1848cm3 The volume of the cuboid is therefore 1848 cubic centimetres.
If two sides of a triangle have lengths of 5cm and 12cm, then the third side can have any length that's more than 7cm and less than 17cm. If the third side is 13cm, then the triangle is a right triangle.
No because the sum of the smaller sides must be greater than the longest side
The area of a 12cm by 5cm right-angled triangle is: 42 cm2
If a right triangle has sides of 16Cm and 12Cm, the hypotenuse is: 20 cm
30 square cm because it's a right angle triangle
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.
Rectangular prism is an example of a cuboid and surface area of a cuboid is given by: S = 2x(l+b+h) We can say l = 20cm, b = 11cm & h = 12cm So, surface area of the rectangular prism = 2x(20+11+12)cm2 = 2x43cm2 = 86cm2
A right triangle with a hypotenuse of 12cm and an angle 30 degrees has an opposite angle of: 60 degrees.
this is 5cm (:
Isosceles