1440 degrees
A 5-pointed star is a geometric shape with straight lines, while an outer space star refers to a massive, luminous sphere of plasma held together by gravity and undergoing nuclear fusion. The term "star" in outer space typically refers to a celestial body, whereas a 5-pointed star is a symbol or shape.
If the star Polaris is 29 degrees above the horizon, then your latitude is about 29 degrees North.Polaris is not exactly above the North Pole, but it is only about one-half degree away from that.
The six-pointed star on the Pope's mitre, often referred to as the Star of David, symbolizes the connection between God and humanity, reflecting the duality of divine and earthly realms. It can also represent the unity of the Old and New Testaments, emphasizing the continuity of faith. Additionally, the star is a reminder of the Jewish roots of Christianity.
A seven-pointed star can have various meanings depending on cultural or religious context. In some belief systems, it may symbolize completeness, spirituality, or protection. It is also commonly associated with mysticism and magic.
A star shape can be classified as convex or concave depending on its specific design. A convex star, like a typical five-pointed star, has all its interior angles less than 180 degrees, meaning that any line segment drawn between two points inside the star will lie entirely within it. In contrast, a concave star has at least one interior angle greater than 180 degrees, resulting in indentations that create "inward" points. Thus, whether a star is convex or concave depends on its geometric properties.
the answer is 5 each tip of the star is a acute angle and each angle on the inside of the star is an obtuse angle. there are 5 obtuse angles and no right angles.
A five-pointed star, often referred to as a pentagram, has 10 angles in total. Each of the five points contributes an angle at the tip, and there are also angles formed at the intersections of the lines that connect the points. Thus, when you sum the angles at the tips and those formed internally, you arrive at 10 angles.
A 5-pointed star, specifically a regular pentagram, has 10 acute angles. Each of the star's five points forms an acute angle, and within these angles, there are additional angles created by the intersections of the lines that connect the points. Therefore, when counting both the outer and inner angles, the total comes to 10 acute angles.
In a regular 5-pointed star, the sum of the acute angles at each point can be calculated by considering the geometry of the star. Each point of the star forms an angle of 36 degrees at its vertex. Since there are 5 points, the sum of the acute angles is (5 \times 36 = 180) degrees. Therefore, the sum of the acute angles in a 5-pointed star is 180 degrees.
In a perfect star, the triangles have two 72 degree angles and one 36 degree angle.
Short answer: 72 degrees Longer answer: To rotate a star until it looks the same you need to make 1/5 of a complete 360 degree turn (since a star has 5 points). Sice 1/5 X 360 = 72, the answer is 72 degree angle rotation.
Well, friend, a star can have many angles depending on how it is drawn or how many points it has. A typical five-pointed star has five angles, but a six-pointed star would have six angles. Remember, each point on a star creates an angle, so the number of angles can vary based on the design of the star. Just paint each angle with a happy little brushstroke, and enjoy the process of creating something unique!
5 pointed star? 6 pointed star(star of David)? A star in the sky? You need to provide more information. A 5 pointed star can have 5 lines of symmetry.
In star each phase is 120 degree apart in delta angle between phases(R,Y,B) are 60 degree so star connection draw low current.
is there any??the only 5 pointed star i know is the shape
Chrysler uses a 5 pointed star. I know of none that uses or has used a 7 pointed star.
To determine your latitude in the northern hemisphere using a star, measure the angle between the horizon and the star using a sextant. This angle is called the star's altitude. If you know the star's declination (which is constant), subtract it from 90 degrees minus the star's altitude to find your latitude.