Wiki User
∙ 14y agoSuppose the distance is x.Then tan(25) = x/149 m so that x = 149*tan(25) metres = 69 metres, approx.
Wiki User
∙ 9y agoIt depends on the angle of depression of the sun. The answer would be 80ft * tan(90-angle of depression) At a depression angle of 40 degrees, the shadow would be 80 * tan (50) which equals 95.340ft
45 degrees
45-48 degrees
It is the process of determining the differences of elevation of stations from observed vertical angle and known horizontal distance..
You can determine the height of a mast by using the tangent. Measure the distance from the base, and the angle of elevation of the top of the mast as observed from that distance. The tangent is y over x, so substitute x for the distance from the base and y for the height of the mast. Solve from there. For instance, if the angle is 60 degrees and the x distance is 25 feet, then... tan (60) = y / 25 25 tan (60) = y y = 43.3
It depends on the angle of depression of the sun. The answer would be 80ft * tan(90-angle of depression) At a depression angle of 40 degrees, the shadow would be 80 * tan (50) which equals 95.340ft
The alternate angle is 32 degrees and so 20/tan(32) = 32 meters
Angle of depression is the same as angle of elevation because they are alternate angles so use the tangent ratio to find the distances. distance 1: adj = 50/tan18 = 153.8841769 distance 2: adj = 50/tan20 = 137.373871 153.8841769 - 137.373871 = 16.51030586 Therefore distance between the rocks = 16.5 units of measurment to 1 d.p.
You're going for "latitude". But it's an 'angle', not a 'distance in degrees'.
The optimal angle to fire a projectile if the objective is distance is 45 degrees. It follows that the distance traveled decreases whether the angle is increased or decreased from 45.
The ball will travel the same distance if thrown at an angle of 15 degrees because the range of a projectile thrown at complementary angles (angles that add up to 90 degrees) are the same when air resistance is absent. Therefore, a ball thrown at 15 degrees will reach the same distance as one thrown at 75 degrees.
Angle of depression equals angle of elevation (alternate angles) So use the tangent ratio to find the distance of the two ships are from the base of the cliff: 104.6672838 - 83.36285007 = 21.30443373 meters apart.
45 degrees
Pancakes, because astronauts only kayak with pineapples.
About 23.5 degrees north and south. Note that this is an angle, not a distance.
Yes, the angle at which a catapult is launched can affect the distance an object travels. The optimal angle for maximum distance depends on factors such as the initial speed of the object and the force applied by the catapult. The angle that achieves the furthest distance is usually around 45 degrees.
Q: Consider a zip rider having a zip line of length 5277 ft and its vertical drop as1314 ft. Find its angle of depression.?