A crescent moon has 1 line of symmetry
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The alps are on the moon and are a wopping 2cm.
To calculate the time it would take to reach the moon traveling at a speed of 1000 kilometers per hour, we need to know the average distance between the Earth and the moon, which is approximately 384,400 kilometers. By dividing the distance by the speed, we get the time it would take to reach the moon, which is 384.4 hours or approximately 16 days. This calculation assumes a constant speed and a direct route to the moon without considering factors like acceleration, deceleration, or orbital mechanics.
The ratio of the surface areas of two similar objects is equal to the square of the ratio of their corresponding linear dimensions. Since the diameter of the moon is one fourth of the diameter of the Earth, the ratio of their diameters is 1:4. Therefore, the ratio of their surface areas is (1/4)^2 = 1/16. This means that the surface area of the moon is 1/16th of the surface area of the Earth.
distance = 1/2 gt^2 wher g is acceleration of gravity on moon = about 5 ft/sec/sec 35 = 2.5t^2 t^2 = 14 t = 3.74 seconds velocity = at = 5 x 3.74 = 18.7 feet/second the mass of the rock does not enter into this
A segment is not connected to the centre of a circle, it is the area bounded by a Secant (chord) and an arc. Draw a circle, draw a radius (centre to edge). Draw another radius. Where the radii join the circle edje draw a line joining the two points. This is the secant. You should be able to see a triangle and and a half moon shape. The half moon shape is the segment. The segment and the triangle make up a sector.