Advertisements
Advertisements
Question
State, if the triangle is possible with the following angles :
125°, 40°, and 15°
Advertisements
Solution
We know that the sum of three angles of a triangle is 180°, therefore
Sum of 125°, 40°, and 15°
= 125° + 40° + 15° = 180°
Since the sum is 180°, therefore it is possible.
APPEARS IN
RELATED QUESTIONS
Two angles of a triangle are equal and the third angle is greater than each of those angles
by 30°. Determine all the angles of the triangle.
In a ΔABC, ∠ABC = ∠ACB and the bisectors of ∠ABC and ∠ACB intersect at O such that ∠BOC = 120°. Show that ∠A = ∠B = ∠C = 60°.
Can a triangle have two right angles? Justify your answer in case.
Is the following statement true and false :
A triangle can have at most one obtuse angles.
Find, giving a reason, the unknown marked angles, in a triangle drawn below:

Find, giving a reason, the unknown marked angles, in a triangle drawn below:

D is any point on side AC of a ∆ABC with AB = AC. Show that CD < BD.
In the following figure, AB = BC and AD = BD = DC. The number of isosceles triangles in the figure is ______.

The number of triangles in the following figure is ______. Their names are ______.

The sides of a triangle must always be connected so that:
