Which of the following factors caused the early atmosphere to become thicker

Answers

Answer 1
Answer: Volcanic out-gassing, I had this question yesterday. :p
Answer 2
Answer:

Which of the following factors caused the early atmosphere to become thicker? volcanic gassing


Related Questions

Artists Michaelangelo, Raphael, and Leonardo da Vinci belong to which period of the Renaissance?a. Early Renaissance b. High Renaissance c. Late Renaissance
A car drives for 3 hours at 40 mph, and then drives 300 miles at 60 mph. what is the car's average speed, in mph?
An object falls freely from height H. if it takes one second to travel last half of total displacement find height H priop to the fall.​
What is the acceleration of a ball traveling horizontally with an initial velocity of 20 meters/second and, 2.0 seconds later, a velocity of 30 meters/second?
A kite is inscribed in a square with a side length of 9 units.What is the area of the kite?27.5 square units36.0 square units40.5 square units45.0 square units

The _______ is the time required for one complete wave oscillation to occur.

Answers

period is the answer

The period is the time required.....

What is the main fuel consumed in the core of a red giant?a. H
b. C
c. Fe
d. He

Answers

What is the main fuel consumed in the core of a red giant?
The 
main fuel consumed in the core of a red giant is He or helium. The answer is letter D.

S-waves can travel through either rock or water.
a. True
b. False

Answers

The statement ‘S-waves can travel through either rock or water’ is true. The answer is letter A. the S waves can pass to both rock and water because the distances between their molecules is shorter compared to air. That is why, when a wave passes through them, the vibration of energy can be easily transported. 

80123.00 in scientific notation then rounded up to 3 sig figs

Answers

not exactly sure what the last part of the question is but in regular scientific notation it would be " 8.0123x10 (to the 4th power)" 

there wasnt a sign for the exponent lol 

Indicar tipo de unión química que presentan los siguientes compuestos. Realizar a representación de Lewis, molecular o iónica, según corresponda: a-CH4 b-SrO c-HBr d-NH3 e-Cl2O f-Li2O g-CO2 h-MgCl2

Answers

Answer:

Explanation:

a. CH₄- Covalent bonding(ligação covalente)

b. SrO- ionic bonding (ligação iônica)

c. HBr- Polar Covalent bonding (ligação covalente polar)

d. NH₃ - covalent bonding(ligação covalente)

e. Cl₂O - Covalent bonding (ligação covalente)

f. Li₂O- ionic bonding (ligação iônica)

g. CO₂ - double covalent bonding (ligação covalente dupla)

h. MgCl₂- ionic bonding(ligação iônica)

The alpha particles leave visible tracks in the cloud chamber becauseIonization by the alpha particle seeds the formation of clouds where the particle has passed.
The kinetic energy of the alpha particles heats the air.
The alpha particle is so energetic that it leaves a smoke trail behind.
The alpha particle strikes nitrogen molecules and breaks them into atomic nitrogen.

Answers

Answer: Ionization  by the alpha particle seeds the formation of clouds where the particle has passed.

The inner atmosphere of a cloud chamber is composed of an easily ionizable gas, this means that little energy is required to extract an electron from an atom. This gas is maintained in the supercooling state, so that a minimum disturbance is enough to condense it in the same way as the water is frozen.  

Then, when a charged particle with enough energy interacts with this gas, it ionizes it.  

This is how alpha particles are able to ionize some atoms of the gas contained inside the chamber when they cross the cloud chamber.

These ionized atoms increase the surface tension of the gas around it allowing it to immediately congregate and condense, making it easily distinguishable inside the chamber like a small cloud. In this way, it is perfectly observable the path the individual particles have traveled, simply by observing the cloud traces left in the condensed gas.