The ladder forms a right angle with the building: the ground and the building forming the right angle and the ladder forming the hypotenuse. If the length of the ladder is L metres, then
sin(49) = 12/L
So L = 12/sin(49) = 15.9 = 16 metres.
In a circle ,there are 4 quadrants,each quadrant have 90 degree angle, therefore 4x90=360 degree so 361 degree angle will be in first quadrant.
An airplane flying at an altitude of 2600m, approaching an airport runaway located 48km away, is descending at an angle of 3.1 degrees, rounded to the nearest tenth of a degree. Construct a right triangle. Horizontal is 48. Verticle (opposite) is 2.6. Hypoteneuse is 48.07 by pythagorean theorem. The inverse sine of (2.6 / 48.07) is 3.1 degrees.
Note: When doing trigonometry, it is highly recommeded that you have a scientific calculator at hand. Also, make sure your calculator is in Degree (D or Deg) mode and not Radian (R or Rad). To find the cosine of 70o, press 'cos', then type in 70, then press equals. You should get 0.342 (to the nearest 3 decimal places).
There are 360 degrees around a circle. So first find the circumference of the circle and then divide it by 360 which will give 1 degree of distance and then multiply this by 50 to show how far the spider crawled: Circumference = 100*pi 1 degree = (100*pi)/360 = 5/18*pi Distance crawled = 50*5/18*pi = 43.6332313 inches Answer: 44 inches to the nearest inch.
4 sin(x) - 3 = 0 Therefore sin(x) = 3/4 And so the primary solution is x = sin-1(3/4) = 49 deg The second solution in the domain is 180 - 49 = 131 deg.
The answer will depend on the degree of rounding. To the nearest ten or hundred (or more) the answer is ZERO.To the nearest integer it is 2.The answer will depend on the degree of rounding. To the nearest ten or hundred (or more) the answer is ZERO.To the nearest integer it is 2.The answer will depend on the degree of rounding. To the nearest ten or hundred (or more) the answer is ZERO.To the nearest integer it is 2.The answer will depend on the degree of rounding. To the nearest ten or hundred (or more) the answer is ZERO.To the nearest integer it is 2.
The angle would be .4 if you rounded it to the nearest 10th degree
51
The answer depends on the degree to which the number is to be rounded.Rounded to the nearest unit is 35121.Rounded to the nearest million it is 0.The answer depends on the degree to which the number is to be rounded.Rounded to the nearest unit is 35121.Rounded to the nearest million it is 0.The answer depends on the degree to which the number is to be rounded.Rounded to the nearest unit is 35121.Rounded to the nearest million it is 0.The answer depends on the degree to which the number is to be rounded.Rounded to the nearest unit is 35121.Rounded to the nearest million it is 0.
It depends on the degree of rounding required. To the nearest whole numbers or nearest thousands, for example, they would remain unchanged.It depends on the degree of rounding required. To the nearest whole numbers or nearest thousands, for example, they would remain unchanged.It depends on the degree of rounding required. To the nearest whole numbers or nearest thousands, for example, they would remain unchanged.It depends on the degree of rounding required. To the nearest whole numbers or nearest thousands, for example, they would remain unchanged.
14
In second-degree heart block, not every impulse reaches its destination.
130
140
62
AC electrical circuits involve sine wave in which the electrical degree of phase differences are used. A sine wave starts from 0 degree reaches maximum positive value at 90 degree and again reaches zero value at 180 degree. The it raises in negative, reaches maximum negativa value at 270 degree and again reaches zero value at 360 degree and this repeats. The electrical degree is often pronounced in terms of radians.π Radians = 180 degree2π Radians = 360 degress.Thats why pi is involved in electrical calculations
Q: What do think of opening a university with a degree of character building?