The acceleration due to gravity at the surface of the moon is approximately 1/6 of the earth's. The acceleration due to gravity at the surface of moon is equal to: Group of answer choices 64 in/s2 none of the above 1.6 ft/s2 5.4 m/s2

Python program to calculate the factorial using iterative approach

Determining the Strike Location: As shown in Figure 1 below, the asteroid will follow the path of an ellipse described by the following equation (distance in units of km): (x- 25,000)? 25,000? = 1 20,000? The Earth's center is located at the left focus of the ellipse (x = 10,000 km, y = 0 km), and the Earth has a radius of 6,371 km. Astrophysicists at NASA have already determined the optimal time to launch the rocket. In the plane of Figure 1, the rocket platform at the time of launch will be located at (x = 13,186 km, y = 5,517.4 km). The rocket can only shoot straight up from the surface of the Earth, meaning it must follow a linear path with the following equation: у %3D1.7321х —17,321 You must use the Newton-Raphson method to determine the (x, y) location at which the rocket will strike the asteroid (that is, the intersection between the elliptical path of the asteroid and the linear path of the rocket). Then find the distance from the rocket platform to the location of the strike.…

no ai generated please, solve with greatest of details mke sure all calculations are correct i repeat no ai generated please

When is it appropriate to utilize numerical approximation to solve an equation?

Please do it using matlab

How to calculate distance measurement from camera formula with pupillary distance?

algorithms