Stephen Tremp's Blog, page 44
April 11, 2012
J is for Jupiter
[image error]
Could life evolve in our solar system without the Jovian planet? Jupiter is the largest planet in our solar system. It's believed Jupiter's large mass attracted many of the asteroids that would have otherwise smashed into our Earth.
On the other hand, too many Jovian planets, or one that is too large, could lead to a non-stable solar system, sending the smaller planets into the central sun or ejecting them into the cold of space.
So a single Jupiter is in just the right distance from the sun...
Could life evolve in our solar system without the Jovian planet? Jupiter is the largest planet in our solar system. It's believed Jupiter's large mass attracted many of the asteroids that would have otherwise smashed into our Earth.
On the other hand, too many Jovian planets, or one that is too large, could lead to a non-stable solar system, sending the smaller planets into the central sun or ejecting them into the cold of space.
So a single Jupiter is in just the right distance from the sun...
Published on April 11, 2012 00:01
April 10, 2012
H is for Hydrogen
[image error]
Seems I transposed the dates for H and I. We'll get back on track with J is for Jupiter tomorrow.
What is hydrogen? Hydrogen is a colorless, odorless, tasteless naturally occurring highly flammable gas, the chemical element of atomic number 1.
[image error]
The hydrogen atom is so simple and small, it is hard to believe that it is the most important and abundant substance in the universe. We are all byproducts of hydrogen as we can trace elements we are made up of back to nuclear fusion of hydrogen atoms in...
Seems I transposed the dates for H and I. We'll get back on track with J is for Jupiter tomorrow.
What is hydrogen? Hydrogen is a colorless, odorless, tasteless naturally occurring highly flammable gas, the chemical element of atomic number 1.
[image error]
The hydrogen atom is so simple and small, it is hard to believe that it is the most important and abundant substance in the universe. We are all byproducts of hydrogen as we can trace elements we are made up of back to nuclear fusion of hydrogen atoms in...
Published on April 10, 2012 00:01
April 9, 2012
I is for Isotope
[image error]
Okay, so isotopes, on the surface, may not be very exciting. Or interesting. Or sexy. But our world would be a very different place without them.
Elements are identified by the number of protons they have. Carbon (C) has six protons, hence its Atomic Number is 6. Isotopes are variants of a particular element that maintains the same number of protons, yet can vary in the number of neutrons in the nucleus of an atom.
Example: the element carbon (C) has six protons, yet individual carbon...
Okay, so isotopes, on the surface, may not be very exciting. Or interesting. Or sexy. But our world would be a very different place without them.
Elements are identified by the number of protons they have. Carbon (C) has six protons, hence its Atomic Number is 6. Isotopes are variants of a particular element that maintains the same number of protons, yet can vary in the number of neutrons in the nucleus of an atom.
Example: the element carbon (C) has six protons, yet individual carbon...
Published on April 09, 2012 00:01
I is for Isotpe
[image error]
Okay, so isotopes, on the surface, may not be very exciting. Or interesting. Or sexy. But our world would be a very different place without them.
Elements are identified by the number of protons they have. Carbon (C) has six protons, hence its Atomic Number is 6. Isotopes are variants of a particular element that maintains the same number of protons, yet can vary in the number of neutrons in the nucleus of an atom.
Example: the element carbon (C) has six protons, yet individual carbon...
Okay, so isotopes, on the surface, may not be very exciting. Or interesting. Or sexy. But our world would be a very different place without them.
Elements are identified by the number of protons they have. Carbon (C) has six protons, hence its Atomic Number is 6. Isotopes are variants of a particular element that maintains the same number of protons, yet can vary in the number of neutrons in the nucleus of an atom.
Example: the element carbon (C) has six protons, yet individual carbon...
Published on April 09, 2012 00:01
April 7, 2012
G is for Gap Theory
[image error]
Okay, let's take a bit of a breather and think outside the box. The Gap Theory tries to bridge the gap between two camps: some Creationists who believe the universe is 6,000 years old (counting back in time to the Garden of Eden and Adam and Eve) and science which claims the universe is around 14 billion years old.
Basically, the theory states there is an undetermined amount of time between Genesis 1:1 and Genesis 1:2. "In the beginning God created the heavens and the earth (insert Gap...
Okay, let's take a bit of a breather and think outside the box. The Gap Theory tries to bridge the gap between two camps: some Creationists who believe the universe is 6,000 years old (counting back in time to the Garden of Eden and Adam and Eve) and science which claims the universe is around 14 billion years old.
Basically, the theory states there is an undetermined amount of time between Genesis 1:1 and Genesis 1:2. "In the beginning God created the heavens and the earth (insert Gap...
Published on April 07, 2012 00:01
April 6, 2012
F is for Force
[image error]
There are four fundamental forces that describe the ways elementary particles interact with one another:
* Strong Nuclear Force: binds protons and neutrons together to form nucleas of atoms
* Weak Nuclear Force: responsible for the radioactive decay of subatomic particles
* Electromagnetism: concerned with the forces that occur between electrically charged particles
* Gravity: force that attracts a body toward any other physical body having mass
[image error]
According to Professor Michio Kaku, from a cosmic...
There are four fundamental forces that describe the ways elementary particles interact with one another:
* Strong Nuclear Force: binds protons and neutrons together to form nucleas of atoms
* Weak Nuclear Force: responsible for the radioactive decay of subatomic particles
* Electromagnetism: concerned with the forces that occur between electrically charged particles
* Gravity: force that attracts a body toward any other physical body having mass
[image error]
According to Professor Michio Kaku, from a cosmic...
Published on April 06, 2012 00:01
April 4, 2012
E is for Energy
[image error]
A constant energy output from the star is necessary for life to exist and thrive (theoretically). If the star's energy output suddenly decreases, even for a relatively short while, all the water on the planet would freeze. This situation is irreversible, since when the star resumes its normal energy output, the planet's now-white surface will reflect most of this energy, and the ice will never melt.
Conversely, if the stars energy output increases for a short while, all the oceans will...
A constant energy output from the star is necessary for life to exist and thrive (theoretically). If the star's energy output suddenly decreases, even for a relatively short while, all the water on the planet would freeze. This situation is irreversible, since when the star resumes its normal energy output, the planet's now-white surface will reflect most of this energy, and the ice will never melt.
Conversely, if the stars energy output increases for a short while, all the oceans will...
Published on April 04, 2012 23:12
D is for Distance and The Insecure Writers Support Group
[image error]
Today's post is straight forward. Earth is 93 million miles from the sun. The distance over the coarse of a year actually varies a bit due to our elliptical orbit. This allows Earth's temperature to remain stable and for life to exist and thrive. Earth's distance from the Sun is thought to be one of the key reasons why it is home to widespread life.
However:
If Earth were 4%–7% closer to the sun, oceans would never have condensed. Hence, no life.
And if Earth were farther away, it would have...
Today's post is straight forward. Earth is 93 million miles from the sun. The distance over the coarse of a year actually varies a bit due to our elliptical orbit. This allows Earth's temperature to remain stable and for life to exist and thrive. Earth's distance from the Sun is thought to be one of the key reasons why it is home to widespread life.
However:
If Earth were 4%–7% closer to the sun, oceans would never have condensed. Hence, no life.
And if Earth were farther away, it would have...
Published on April 04, 2012 00:01
April 3, 2012
C is for Composition
[image error]
Composition: The nature of something's ingredients or constituents; the way in which a whole or mixture is made up.
Example: The earth's atmosphere near the surface is composed of:
Nitrogen - 78.084%
Oxygen - 20.95%
Argon - 0.934%
Carbon Dioxide - 0.036%
Neon - 0.0018%
Helium - 0.0005%
Methane - 0.00017%
Hydrogen - 0.00005%
Nitrous Oxide - 0.00003%
Ozone - 0.000004%
In addition, water vapor is variable but typically makes up about 1-4% of the atmosphere. Oxygen allows us to live. Carbon dioxide allows...
Composition: The nature of something's ingredients or constituents; the way in which a whole or mixture is made up.
Example: The earth's atmosphere near the surface is composed of:
Nitrogen - 78.084%
Oxygen - 20.95%
Argon - 0.934%
Carbon Dioxide - 0.036%
Neon - 0.0018%
Helium - 0.0005%
Methane - 0.00017%
Hydrogen - 0.00005%
Nitrous Oxide - 0.00003%
Ozone - 0.000004%
In addition, water vapor is variable but typically makes up about 1-4% of the atmosphere. Oxygen allows us to live. Carbon dioxide allows...
Published on April 03, 2012 00:01
April 2, 2012
B is for Bees
[image error]
I've got to give it up to the bees! Bees perform a very important function on Earth: they pollinate various plants and flowers. Pollinators strongly influence ecological relationships, ecosystem conservation and stability, genetic variation in the plant community, floral diversity, specialization and evolution.
Bees play an important, but little recognized role in most terrestrial ecosystems where there is green vegetation cover. In tropical forests, savannah woodlands, mangrove, and in...
I've got to give it up to the bees! Bees perform a very important function on Earth: they pollinate various plants and flowers. Pollinators strongly influence ecological relationships, ecosystem conservation and stability, genetic variation in the plant community, floral diversity, specialization and evolution.
Bees play an important, but little recognized role in most terrestrial ecosystems where there is green vegetation cover. In tropical forests, savannah woodlands, mangrove, and in...
Published on April 02, 2012 00:01


