Given that the angles in a triangle will always add up to 180°, we can say:
a + (a - 14°) + (a - 14° - 4°) = 180°
where "a" represents the largest angle.
∴ 3a - 32° = 180°
∴ 3a = 212°
∴ a = 70 2/3
The other two angles can be calculated by subtracting 14 and 4 degrees, giving us 70 and two thirds, 56 and two thirds, and 52 and two thirds.
60 degrees. You find this by taking 360 and dividing by the total sides (6) which leaves you with the degrees of the exterior angles, this exterior angle is how little you can rotate any polygon for that matter.
Make a sketch of the situation. From a corner of the equilateral triangle draw a radius of the large circle, and from an adjacent side draw a radius of the smaller circle. You should have formed a small right-angled triangle with a known side of 10cm. and known angles of 30o, 60o and 90o. (The interior angles of an equilateral triangle are each 60o.) The hypotenuse is the unknown radius of the larger circle. But since cos 60 = 0.5, it is evident that the hypotenuse is 20cm. long.
The number itself.
36864 counting 1 and itself
Itself because 1 times 45 = 45
YES!!! The types of triangle and their angles. Equilateral ; all 60 degrees ; acute. Isosceles; All three acute angles, or two acute angles and one obtuse angle. Right angles ; One 90 degree angle and two acute angles. Scalene ; All three acute , or two acute and one obtuse. NB There are no such triangles with two or three obtuse angles.
in an isosceles triangle all of the angles add up to 180 degrees as all triangles do but there is no specific degrees for a isosceles triangle it all depends on the steepness of your lines both angles at the bottom of the triangle are the same so you only need to know one angle to work out the rest eg an isosles triangle is shown to you and the peak of the triangle is 80 degrees (the one that id by itself, not the same as another in the triangle) as yoou know all angles add up to 180 degrees, so you know the other two angles, combined add up to 100 degrees, this divided by 2 equals is 50, so you know that the two bottom Angles are 50 degrees each! :) also just to remind you- equilatiral- all lines the same length, all angles 60 degrees scalene- all line lenths are differen right angletriangle- a triangle wic contains a right angle in it (which is always opposite to the hypotenuse - longest line of the triangle) and isosceles which you already know has two lines, and two angles of the same legnth!! I really hope this helps!! :D
The minimum number of degrees that an equilateral triangle can be rotated before it carries onto itself is 60 degrees bout its vertical axis.
The two angles, other than the right angle itself, MUST be complementary.
60 degrees. You find this by taking 360 and dividing by the total sides (6) which leaves you with the degrees of the exterior angles, this exterior angle is how little you can rotate any polygon for that matter.
60 degrees
Rotate it through 360 degrees.
No. A radian is a measure of an angle, it is not, itself, an angle. Degrees and radians are measures of angles and the two measures are related by the following conversion: 180 degrees = pi radians
1. It has 3 sides 2. It can be a regular or an irregular polygon 3. It can be an equilateral triangle 4. It can be an isosceles triangle 5. It can be a right angle triangle 6. It can be an obtuse triangle 7. It can be a scalene triangle 8. It has 3 interior angles that add up to 180 degrees 9. It has 3 exterior angles that add up to 360 degrees 10. It has a perimeter which is the sum if its 3 sides 11. It has an area of 0.5*base*altitude 12. It has no diagonals 13. It can be the base of a pyramid 14. It has unlimited numbers within the circle 15. It can be proud of itself because all other polygons are derived from it
The smallest possible value above 0 degrees.
Yes because each interior angle is 120 degrees and angles around a point add up to 360 degrees
If you measure all the angles around the interior of any regular shape (i.e., not one that intersects itself), then you get back to the same place you started, meaning the TOTAL sum would be 360 degrees, whether it's a triangle, square, pentagon, rectangle, rhombus, or any other regular polygon.