Why is the magnitude of the Type Ia supernova always the same (-19.6)?
The type la supernova is always same magnitude as it's constitution is homogeneous and same luminosity. So it's considered as strandard candles. The typical magnitude of type la supernova is -19.3 Mv.
Why is the magnitude of the Type Ia supernova always the same (-19.6)?
10. (1 pt) Let’s say you observed a Type Ia supernova in a galaxy 5 billion light years away. If the age of the Universe is about 13.8 billion years, what is the look-back time to that supernova? (Think about it. It is a question included to check if you understand what look-back time really means.) 8.8 billion years 13.8 billion light years 5 billion years Not enough information given to answer. 11. What is the cosmic microwave background radiation...
QUESTION 15 Which star could be the progenitor of a type Il supernova a 4 solar mass main sequence star a 1 solar mass white dwarf a planetary nebula None of the other answers is a progenitor QUESTION 16 A supernova has no hydrogen or helium lines, which type of supernova is it? O hypernova type lIl O none of the other answers are correct O type la QUESTION 17 Which type of supernova adds iron to the interstellar medium?...
What are the similarities between a nova and a Type 1 supernova? What are the differences?
A Type II supernova produces radiation and ejecta with a total energy of 10^43 Joules. If the energy generating reactions all originate from the isotope 56Ni, find the Q values for 2 step conversion of 56Ni to 56Fe and calculate the mass of 56Ni required to power the supernova.
Problem 6. (extra credit) [Two suns in the sunset. Type la supernova (also called the white dwarf supernova) has maximum luminosity Lsn equal to 5 billion solar luminosities Lsn = 5*10°Lsun. Consider the hypothetical scenario with supernova which appears in our sky to be as bright as the sun. In other words, the flux of radiation from the supernova on Earth is equal to the flux or radiation from the Sun at the distance Sun-Earth. Note that the equation for...
What causes a high mass star to become a supernova? What type of remnant(s) will be left behind in this case? What is meant by electron degeneracy and neutron degeneracy?
(1.5 pts.) Patients with Congenital Disorder of Glycosylation (for example, "CDG type Ia” or “CDG-Ia”), an inherited disease, can have a wide range of symptoms all caused by having mutations that affect the transfer of carbohydrates to proteins. Their inability to produce properly glycosylated proteins especially affects secreted proteins and those found on the cell surface. Deficiencies in these proteins lead to mental retardation, seizures, and liver disease. Which two organelles are most likely affected in these patients? Briefly explain...
A concave spherical mirror has a radius of curvature of magnitude 19.6 cm. (a) Find the location of the image for the following object distances. (If there is no image formed enter "NONE".) object distance (cm) image distance (cm) location 40.2 ---Select--- in front of the mirror or behind the mirror or There is no image formed. 19.6 ---Select--- in front of the mirror or behind the mirror or There is no image formed. 9.8 ---Select--- in front of the...
Vector A has a magnitude of 19.6 and is at an angle of 70.5º counterclockwise from the +x-axis. Vector B has a magnitude of 28.5 and is -35.3 from the +x-axis. Resolve A and B into components, and express in ijk unit vector form, A = Azi + Ayj B = B,i + B, j where Ay, Ay, Bx, and B, are the calculated values of the x- and y-components of vectors A and B, respectively. À= B = Calculate...
type 1a supernova are the thermonuclear explosions of accreting white dwarfs that approach the Chandrasekhar limit. In this problem, consider an exploding white dwarf of mass 1.4 solar masses and radius 10^4km the atomic mass for nickel-56 is 55.942132 amu. assuming the entire white dwarf is nickel 56 how much energy is released in this explosion?