The higher the altitude of an artificial earth satellite, the higher the () A. The greater the linear velocity is, the greater the period is, the greater the angular velocity is, and the greater the centripetal acceleration is

The higher the altitude of an artificial earth satellite, the higher the () A. The greater the linear velocity is, the greater the period is, the greater the angular velocity is, and the greater the centripetal acceleration is

Let the mass of the earth be m, the orbit radius of the satellite be r, and the mass of the satellite be m. the centripetal force provided by the earth's gravity is: GMM & nbsp; R2 = mv2r = M4 π 2rt2 = m ω 2R = MAA, and the linear velocity v = GM & nbsp; R. the higher the distance from the ground, the larger the R, the smaller the v