TABLE 2. ROTATION DATA FOR THE ANDROMEDA GALAXY TABLE 2. ROTATION DATA FOR THE ANDROMEDA GALAXY...

TABLE 2. ROTATION DATA FOR THE ANDROMEDA GALAXY

TABLE 2. ROTATION DATA FOR THE ANDROMEDA GALAXY
Radius (arcminutes)	Orbital Velocity (km/s)	Radius (pc)	Orbital Period (years)	Radius (AU)	Total Mass ( billions of solar masses)
2	25
12	70
22	150
46	210
70	305
80	335
96	310
100	305
120	295
140	285
160	290
180	290

Fill in blanks please

Solutions

Expert Solution

PLEASE PLEASE!!!!!!!!! DO RATE IT UP!!!!!!!!!!!!!!!! THANKS!!!!!!!!!!!!!!!!!

genius_generous answered 1 year ago

Next > < Previous

Related Solutions

Calculate the gravity Mass of Andromeda galaxy 1.5 × 10^42 kg Mass of Milky Way galaxy 8.0...

Calculate the gravity Mass of Andromeda galaxy 1.5 × 10^42 kg Mass of Milky Way galaxy 8.0 × 10^1 % of Andromeda's mass Distance between the galaxies 2.9 *10^6 light years 1) Even though it is not quite right for this situation, use Newton's Law of Gravitation to calculate the force of gravity (in Newtons) between the Milky Way galaxy and the Andromeda galaxy today. 2) In the future, will the force of gravity between the two galaxies increase, decrease or stay...

The Andromeda galaxy is two million light-years from Earth, measured in the common rest frame of...

The Andromeda galaxy is two million light-years from Earth, measured in the common rest frame of Earth and Andromeda. Suppose you took a fast spaceship to Andromeda, so it got you there in 35 years as measured on the ship. If you sent a radio message home as soon as you reached Andromeda, how long after you left Earth would it arrive, according to timekeepers on Earth? My

-Why can't we be certain that the Andromeda Galaxy exists today? -How do sound and light...

-Why can't we be certain that the Andromeda Galaxy exists today? -How do sound and light waves differ? -What is the frequency of a radio wave that has a wavelength of λ = 100 m? -Which of these is the same for all forms of electromagnetic (EM) radiation in a vacuum (i.e., empty space)? wavelength, frequency, velocity, photon energy -Which of these is emitted when an electron falls from a higher to lower orbital? another electron, a positron, a neutrino,...

Draw the rotation curve of two spiral galaxies in one figure. Each galaxy has a stellar...

Draw the rotation curve of two spiral galaxies in one figure. Each galaxy has a stellar disk that extends out to 20 kpc. Galaxy A has twice as much mass within a radius of 20 kpc. Galaxy B shows evidence for the presence of dark matter. Explain and be quantitative?

Analysis: Consider your galaxy rotation curves. Describe how rotational velocity changes as a function of distance...

Analysis: Consider your galaxy rotation curves. Describe how rotational velocity changes as a function of distance from galaxy center. Do all the galaxies show similar behavior? Now compare the galaxy rotation curves to the curve you plotted for the solar system planets. How do they differ? We know that most of the mass (>99%) of the solar system is in the Sun. Is this consistent with the masses you calculated in the first table, and the solar system rotation curve?...

The table below contains distance and recessional velocity data for ten galaxies. Galaxy Distance (Mpc) Observed...

The table below contains distance and recessional velocity data for ten galaxies. Galaxy Distance (Mpc) Observed Velocity (km/s) 1 42.0 2546.0 2 92.3 5964.9 3 92.7 5490.1 4 92.9 6652.7 5 93.1 5115.3 6 150.0 9800.0 7 320.0 20260.0 8 450.0 28150.0 9 553.0 34889.0 10 642.0 40536.0 a) Plot the ‘Hubble Diagram’ for these galaxies. This is simply a plot of the observed velocity on the y-axis and the distance on the x-axis. b) Fit a line to the...

The specific rotation, [α]D, for (-)-2-butanol is +14. What is the observed rotation for a solution...

The specific rotation, [α]D, for (-)-2-butanol is +14. What is the observed rotation for a solution of 1.0 g of (-)-2-butanol in 10 mL of water in a sample tube having a pathlength of 10 cm? ??????degrees . The observed rotation of a solution of 1.5 g of a compound in 10 mL of water is +3.4 degrees. If the pathlength is 10 cm, what is the specific rotation of the compound? .

Prove that the product of a rotation and a translation is a rotation.

Part #2: Creating a table Background: Prior to storing data in a RDBMS, a table with...

Part #2: Creating a table Background: Prior to storing data in a RDBMS, a table with suitable schema must be created. Exercise: Create a table with your ID (e.g.: derricker) with the following procedure If needed, log onto MySQL RDBMS using the mysql command-line. Create a table to store person information (namely: id, name, and email) by appropriately changing ID in the following command: mysql> CREATE TABLE id ( id INTEGER NOT NULL, name VARCHAR(64) NOT NULL, ...

Q QUESTION 2 The data in the table below was produced by a storm of 2-hour...

Q QUESTION 2 The data in the table below was produced by a storm of 2-hour duration considered to have uniform intensity over a catchment. If the catchment area is 10,400 hectare, determine the unit hydrograph for the catchment. Use fixed base separation method for the baseflow separation. Table Q2 Time Flows, Q (hour) (m3/s) 0600 40 0800 35 1000 170 1200 260 1400 266 1600 226 1800 188 2000 157 2200 130 2400 108 2600 91 2800 76 3000...

Subjects