EASY
Earn 100

What is life cycle of Sun?

Important Questions on The Universe

MEDIUM
Science>Physics>The Universe>Stars

Gas pressure of star depends on the _____ and temperature of the gas.

MEDIUM
Science>Physics>The Universe>Stars
The larger the mass of a star the faster is its _____. Explain.
MEDIUM
Science>Physics>The Universe>Stars
Why was the name black hole given?
MEDIUM
Science>Physics>The Universe>Stars
Light year is a unit of time.
EASY
Science>Physics>The Universe>Stars
Stars are self luminous objects.
MEDIUM
Science>Physics>The Universe>Stars
Why do stars evolve?
EASY
Science>Physics>The Universe>Stars
_____ of a star means change in its properties with time resulting in its passing through different stages.
EASY
Science>Physics>The Universe>Stars

Write the quadrants in which the following points lie:

-4,7

EASY
Science>Physics>The Universe>Stars
The end stage of a star depends on its initial mass.
 
MEDIUM
Science>Physics>The Universe>Stars
Which types of stars end their life as a neutron star?
 
MEDIUM
Science>Physics>The Universe>Stars
Only one star can be produced by the contraction of a huge interstellar cloud.
MEDIUM
Science>Physics>The Universe>Stars
Stars are formed when temperature and density starts increasing due to contraction of interstellar clouds.
MEDIUM
Science>Physics>The Universe>Stars
How do stars form?
MEDIUM
Science>Physics>The Universe>Stars
In the Sun, energy is generated by the fusion of hydrogen nuclei to form _____ nuclei.
MEDIUM
Science>Physics>The Universe>Stars
What are the three end stages of stars?
EASY
Science>Physics>The Universe>Stars
A star ends its life as a neutron star when the pressure of its electrons balances its gravity.
EASY
Science>Physics>The Universe>Stars
Cotyledons are also called-
MEDIUM
Science>Physics>The Universe>Stars

Write a paragraph on the birth and life cycle of stars using figure

Question Image  

MEDIUM
Science>Physics>The Universe>Stars
Describe white dwarfs.
MEDIUM
Science>Physics>The Universe>Stars
Select the correct relation between gas pressure of a star (P), temperature (T) and density (D).