Yes because the given dimensions comply with Pythagoras; theorem for a right angle triangle.
Yes, it is.
Absolutely not!If C is the right angle, then by conventional notation, c is the hypotenuse and so is the longest side!
Trigonometry is really useful in life. If you want to be and engineer, architect, or builder, trig. is useful. If you say that a right triangle has an angle degree of 30 degrees, and the side opposite the angle is 10 ft, you can conclude that the hypotenuse is 20 ft. Trig. also states that any right triangle with a 45 degree angle has a ratio of .707106781184562. the ratio( sine) is 1 divided by the square root of 2, of the square root of 2 divided by to. Trust me, it's easier that it sounds
is called its area.
Apply Napier's rulesin co-c= (tanco-A)(tanco-B)cosc= 1/tanAtanBc= cos-1(1/tanAtanB)c=118.96 degreessin a= (cosco-A)(cosco-C)a= sin-1(sinAsinC)a=45.52sinb= (tancoA)(tana)b=sin-1 (tana/tanA)b=46.37 or >>>180-46.37 = 133.63FA= c=118.96 degreesa= 45.52 degreesb= 133.63 degrees
A 10/12 means for every foot of run your rise is 10". so, 10' x 10" = 100" rise in 10 feet.
If it's a right angle triangle then side ac is 10 units in length.
By using Pythagoras' theorem for a right angle triangle if side AB is the hypotenuse it is the square root of 149 which is about 12.207 rounded to three decimal places
Yes If it is a right angle triangle then c2 = a2 + b2: c2 = 262 = 676 a2 + b2 = 242 + 102 = 576 + 100 = 676 = c2
10(radical "2") units, or about 14.1 units.
With an altitude of 10 units, this triangle's sides each measure 11.55 (11.54701) units.
The last side length could be between 4 units and 10 units inclusive.
A triangle with side 8 and height 10 cannot be equilateral if the side and height are measured in the same units (inches, cm, miles etc). And if they are not, there is not sufficient information to answer the question.A triangle with side 8 and height 10 cannot be equilateral if the side and height are measured in the same units (inches, cm, miles etc). And if they are not, there is not sufficient information to answer the question.A triangle with side 8 and height 10 cannot be equilateral if the side and height are measured in the same units (inches, cm, miles etc). And if they are not, there is not sufficient information to answer the question.A triangle with side 8 and height 10 cannot be equilateral if the side and height are measured in the same units (inches, cm, miles etc). And if they are not, there is not sufficient information to answer the question.
The formula for the area of a triangle is (base x height)/2. Since we're dealing with a right triangle, we can say that the base and height are 10 and 11 units long, respectively. Therefore, the are is (10 x 11)/2 or 55 units squared.
If you mean units of 6 8 and 10 then yes they can form the sides of a right angle triangle.
55A = ab/2
12
If the length of only one side is known, it is not possible to determine whether or not the triangle is right angled.