• Radius of the Earth: R⊕ = 6378.137 km (Vallado, 2001) • Latitude and longitude of Miami: (25.762◦ N, 80.192◦ W) • Latitude and longitude of Seattle: (47.608◦ N, 122.335◦ W)
Find the latitiude and longitude of the point northeast of Seattle and Miami that forms an equilateral triangle with those two points. Express the coordinate values in degrees, and round to three decimal places.
• Radius of the Earth: R⊕ = 6378.137 km (Vallado, 2001) • Latitude and longitude of...
Find the distance between Miami, Fla., and Seattle, Wash., and find the bearing from each location to the other. Assume a spherical Earth, and use the following values: • Radius of the Earth: R⊕ = 6378.137 km • Latitude and longitude of Miami: (25.762◦ N, 80.192◦ W) • Latitude and longitude of Seattle: (47.608◦ N, 122.335◦ W) Round your answers to three decimal places. **I need a COMPLETE solution with work shown. Thank you.**
An earth station in Auckland with latitude 36.92°S and longitude 174.75°E is to point towards a GEO satellite located at longitude 146.1°E. Determine the required azimuth and elevation angles for this earth station, given the radius of the earth and satellite orbit are 6,378 km, and 42,164 km, respectively. (5 marks)
6- Find the latitude and longitude of the location on Earth precisely opposite the geographic center of the contiguous United States (Lebanon, Kansas at 39° 50′ N, 98° 35′ W). 7-Triangle ABC is similar to triangle A′B′C′ . If side a = 8, side b = 12, and side a′ = 5, what is the length of side b′ ? 8- Explain what happens to the number of elements in a line segment if we reduce the length of a...
The radius of the Earth is 6370. km. (a) Calculate the linear speed at which a point on the Earth's surface at the Equator is moving because of the Earth's rotation. (b) Calculate the linear speed of a point on the Earth's surface in Houston (Latitude = 29.8 degrees North) due to the Earth's rotation and compare with the result at the Equator.
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LOCATION: Cleveland, Ohio
DREAM LOCATION: Rome, Italy
PRECALCULUS: VECTORS Directions: Suppose that you plan to take a trip to your dream destination. You would like to know the shortest distance between your starting point and your destination. When calculating distances on a plane, you need only consider two dimensions because you are on a flat surface. However, when finding distances between two points on Earth, you must take into the account the curvature of...
Consider a rectangular coordinate system with origin at the center of the earth z-axis through the North Pole, and -axis through the prime-meridian. Find the rectangular coordinates of London, England (51°32'N, 0°5'W). A minute is 1/60°. Assume the earth is a sphere of radius R 6367 km. London has coordinates -914.56,4341.06,4567) Usage: To enter a point, for example (x, y, z), type "(x, y, z)"
Consider a rectangular coordinate system with origin at the center of the earth z-axis through...
At a certain instant, the earth, the moon, and a stationary 1500 kg spacecraft lie at the vertices of an equilateral triangle whose sides are 3.84×105km in length. A. Find the magnitude of the net gravitational force exerted on the spacecraft by the earth and moon. Express your answer to three significant figures. F=????N B. Find the direction of the net gravitational force exerted on the spacecraft by the earth and moon. State the direction as an angle measured from...
1) At what point between the Earth and Moon do the gravitational forces from each balance? Give your answer as the distance from the center of Earth. 2) At what height above the Earth is the freefall acceleration half of the value 9.8 m / s²? 3) The Earth, Moon and your 5000 kg spaceship form an equilateral triangle and some instant in time. Define an xy-plane containing all three objects. Define the origin at the location of your space...
Question 1A finite-state machine (FSM) can serve as a useful model of a continuous (all its variables / attributes have real number values with infinite range and precision) environment. Yes or no?YesNo Question 2Breadth-first and depth-first tree searches always start the search process at the root of the tree. Yes or no?YesNo Question 3Consider a single-agent system where some agent A can travel to every place on the surface of the Earth (environment). Every place (environment state) on Earth can...
2. It is well-known that living on the inside surface of a cylinder of radius R when rotating at a rate of o about its axis in the outer-space, can simulate the same gravitational g, as living on earth if Ro2-g Show that, inside such a cylinder, when projectiles are shot in any arbitrary direction at low speeds (v<< Ro) and to low altitudes at nearby points (Ar<R), the equation of motion of such trajectories (as observed by a an...