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What else can I help you with?
How do you graph in a pie chart?
Do % times 360o and then use a protractor to make an angle that many degrees in a circle
How do you calculate the right angle triangles angles?
To calculate the angles of a right triangle, you can use trigonometric ratios: sine, cosine, and tangent. For a triangle with an angle ( A ), you can find the sine (( \sin A )), cosine (( \cos A )), or tangent (( \tan A )) based on the lengths of the opposite, adjacent, and hypotenuse sides. Additionally, you can use the inverse trigonometric functions (arcsin, arccos, arctan) to find the angles given the lengths of the sides. Remember that the sum of the angles in any triangle equals 180 degrees, so if you know one angle is 90 degrees, the other two angles will sum to 90 degrees.
How do you work out the length of a rectangle with the width and an angle?
It depends on what angle. The main angles of a rectangle are all 90 degrees and knowing that does not help. If however, the angle in question is the angle made by the diagonal with one of the sides, then it is possible to use a basic trigonometric ratio to work out the length. Details will depend on which angle is given.
What is the tangent of 19?
To find the tangent of 19 degrees, you can use a calculator or trigonometric tables. The tangent of 19 degrees is approximately 0.3443. This value represents the ratio of the opposite side to the adjacent side in a right triangle where one angle measures 19 degrees.
What is the space between two intersecting lines?
The space between two intersecting lines is referred to as the angle formed at their intersection. This angle can vary widely depending on the orientation of the lines, ranging from 0 degrees (when the lines are parallel) to 180 degrees (when the lines are collinear). The specific measurement of the angle can be calculated using geometric principles, such as the use of protractors or trigonometric functions.
How do you solve COS?
To solve for the cosine (COS) of an angle, you can use the unit circle, where the cosine of an angle corresponds to the x-coordinate of the point on the circle at that angle. Alternatively, you can use trigonometric identities or the cosine function on a scientific calculator by inputting the angle in degrees or radians. For specific problem solving, using the cosine rule in triangles may also be applicable to find unknown sides or angles.
What is the use of complement and supplement angle degrees minutes seconds used for?
There are two main uses. One is, in a complicated shape, to find the measure of an unknown angle using known values of other angles. The other is that trigonometric ratios are related to their supplement angles. Also, the sine of an angle is related to the cosine of of its complement.
When you use the protractor do you use the top numbers or the bottom numbers?
You use both. An acute angle [ /_ or _\] is less than 90 degrees - directly on top. An obtuse angle is [ \_ or _/ ] is greater than 90 degrees. You use both. An acute angle [ /_ or _\] is less than 90 degrees - directly on top. An obtuse angle is [ \_ or _/ ] is greater than 90 degrees. You use both. An acute angle [ /_ or _\] is less than 90 degrees - directly on top. An obtuse angle is [ \_ or _/ ] is greater than 90 degrees. You use both. An acute angle [ /_ or _\] is less than 90 degrees - directly on top. An obtuse angle is [ \_ or _/ ] is greater than 90 degrees.
What is 1.5 degrees over 1.4 metre?
1.5 degrees over 1.4 meters refers to an inclination or slope. It indicates that for every 1.4 meters horizontally, there is a rise or fall of 1.5 degrees. This can be used in various contexts, such as construction or engineering, to describe the steepness of a surface or ramp. To convert this angle into a slope ratio, you could use trigonometric functions, but the angle itself provides a direct measure of the incline.
What angles are used to relate the values returned by inverse trigonometric functions to angles larger than 90 degrees?
When using inverse trigonometric functions to relate values to angles larger than 90 degrees, we typically use reference angles. Reference angles are acute angles formed between the terminal side of the angle in question and the x-axis. By using reference angles, we can determine the appropriate quadrant and sign for the angle, allowing us to accurately relate the values returned by inverse trigonometric functions to angles greater than 90 degrees.
How do you calculate trignometric angle using java?
I assume you want the trigonometric functions. You can use the functions in the Math class. For example, if the variable "x" contains an angle, you can use Math.sin(x), Math.cos(x), etc., and if you want the angle from a sine stored in "y", Math.asin(y), etc. Note that, as in most programming languages, angles must be specified in radians. The Math class also contains functions to convert from degrees to radians, and from radians to degrees.
How do you Identify the angles degrees?
a right angle is 90 degrees a straight angle is 180 degrees you could also use a anglicize
