There is not enough information to figure out the remaining angles or sides. To fully specify a triangle, you need at least three pieces of information. Sometimes that isn't enough.
Another Answer:-
Probably it is because:
tan = opp/adj and when rearranged gives adj = opp/tan
So adj = 8/tan(450) = 8
Therefore it will have two sides of 8 inches making it an isosceles right-angled triangle
Its 3rd angle is 94.35 degrees which is opposite to its largest side Its shortest side is opposite its smallest angle Using the sine rule its shortest side is 98.34 inches rounded to two decimal places
If all three sides are 9 inches in length, then it is an EQUILATERAL Triangle. All the angles are 60 degrees.
It graphs out as a right angle triangle with a perimeter of 35 inches rounded to the nearest inch with a 90 degree angle and two acute angles of 26.6 degrees and 63.4 degrees both rounded to 3 significant figures.
No, it cannot.
Use the sine ratio: sine 30 = opposite/12 opposite = 12*sine 30 opposite = 6 inches
There is not enough information to figure out the remaining angles or sides. To fully specify a triangle, you need at least three pieces of information. Sometimes that isn't enough.Improved Answer:-It could possibly be right angle triangle because it complies with Pythagoras' theorem inasmuch that by using the trigonometrical tangent ratio for a right angle triangle works out that the adjacent side is 6 inches in length i.e. 8 divided by tangent 53.13010235 degrees equals 6.And: 82+62 = 100 which complies with Pythagoras' theorem.The triangle will have sides of 6 and 8 inches and a hypotenuse of 10 inches.
Its 3rd angle is 94.35 degrees which is opposite to its largest side Its shortest side is opposite its smallest angle Using the sine rule its shortest side is 98.34 inches rounded to two decimal places
If all three sides are 9 inches in length, then it is an EQUILATERAL Triangle. All the angles are 60 degrees.
It graphs out as a right angle triangle with a perimeter of 35 inches rounded to the nearest inch with a 90 degree angle and two acute angles of 26.6 degrees and 63.4 degrees both rounded to 3 significant figures.
If one leg of triangle is 6 inches and the other leg is 78 inches, the angles are:4.399 degrees85.6 degrees
No, it cannot.
Use the sine ratio: sine 30 = opposite/12 opposite = 12*sine 30 opposite = 6 inches
Using Pythagoras' theorem: 2x2 = 144 x2 = 72 x = 6*sq rt of 2
Area of equilateral triangle: 0.5*7*7*sin(60 degrees) = 21.2 square inches
Angles are not measured in inches, they are measured in degrees. It appears you may be asking about a RIGHT triangle of which two sides measure 4 inches and 5 inches. In such a case, if the hypotenuse measures 5 inches, the third side would measure 3 inches....a 3,4,5 right triangle.
Area of the equilateral triangle: 0.5*10*10*sin(60 degrees) = 25 times square root of 3 which is about 43.301 square inches to 3 decimal places. If it is an equilateral triangle with 3 equal sides of 10 inches then its height would be about 8.66 inches and not 7 inches
Area of the equilateral triangle: 0.5*10*10*sin(60 degrees) = 25 Times Square root of 3 which is about 43.301 square inches to 3 decimal places. If it is an equilateral triangle with 3 equal sides of 10 inches then its height would be about 8.66 inches and not 7 inches