note:
Maybe not accurate ?
A gram of Hydrogen a grams amount of other elements
Peridoc tables
Formula weigh of H2O = ( 2x1 ) + 16 = 18
note: I figure 1 Calorie per Kilogram an hour in metabolism.
Distance to Andromeda Galaxy on 1-millometer scale = 7 feet
giving 1/32 inch per 1,000 light years / 3 inches across on paper
32 x 3
Conversion . . added April 06, 02
Converter that clears . . added April 13, 02
1 J = 1 meter No time factor
Falling objects by gravity 9.8 meter or 32 feet.
Kilo divided by 9.8 = 102 grams = Newton
A Newton of force > 1 kilo 1-meter is 1-Joule. No time factor
A Newton can just set there. If it moves a Kilo 1 meter it is a ( J )
N = Kg x m/s2
O=C=O
COOH . . . . COOH
Size of the atom / atomic radius: divide by 2 . . . Atomic Radii Chart type in periodic chart
In comparison; a dime, lined up, for 118 mile.
Here it is
or how small is the nucleus in ball park figure.
I would like to start a little dialogue or something to read and focus our
The dimes lined up for 118 miles. That is like lineing up atoms for 1-mm.
Ixquick MegaSearch . . . added May '06
4W = 1 Cal. I know it gets confusing.
Metabolism for 2000 Cal. diet = 23 calories a second burned
Remember 1 Cal. is 1,000 small cals. You will learn.
Giving 1 Cal. per kilogram weight
Need more study; has mistakes ?
I figure 1 Calorie per Kilogram an hour in metabolism.
How to explain the Mole measurement
A gram of Hydrogen a grams amount of other elements
1 mole of H2 O = 18 grams.
Like, 1 gram of Hydrogen and 12 grams of Carbon
Figuring size of our Milky Way Galaxy
giving 1-mm per 1,000 light-years / 10 centemeters across on paper
1 meter = 1,000,000 million light years
2 meters = 2,000,000 million light years
2.2 meters = about 7 feet
96 x 4 = about 3 inches
2.2 million lt-years to Andromeda Galaxy = 5.7 feet
If milky way is 3in. across Andromeda Galaxy is about 6 feet away
P = V + A
Power = Volts x Amps
Watts = Volts x Amps
. . P = E x I
1 W = 1 J a second
This Unit of Force is the weight of an average lemon.
A Newton of force > 1 kilo 1-meter in 1-second is a Watt. This is Power rate
A Joule a second of time is a Watt. We are measuring power now by this SI Unit
N = 102 grams
J = N + 1 meter
W = J + 1 second
Cal = 4.1 Watts and Dollar = 4 quarters
Hp = 746 Watts a second
J = Kg x m/s2 or Kg x m2/s2
Watt = Kg x m2/s3 second is cubed
5-Carbon RuBP in Calvin Cycle fixes Carbon Dioxide then spl / its
. . C - C - C - C - C
. . H2 O . H2 .H2 H2
ph-O . . . O . O . O-ph
H2O
CH2O . . . . CH2O
CH2O-ph . . CH2O-ph
Photosynthesis Equasion:
H2O + H2O
Sugar, Oxygen and water
H2 - H2 >>> O2
----------
CO2 - H2 - H2
CO - O Calvin Cycle
----------
CH2O - H2O - O2
H-H = 74 pm
C-C = 154 . . . . C-H = 190
C=C = 134
N:::N = 110 . . . N=N = 125
Cl-Cl = 199
Na = 372
A view to an atom
mm 10,000,000 atoms per mm
um 10,000
nm 10
nm 0.1 = 1 atom . . . Angstrom . . . or . . . one atom
118 miles
1 dime . . . or . . . 16 mm +-
thinking on. It is vague and one book says one thing and leaves me still not
sure if my figures are right. Lets say 10,000,000 atoms to a millimeter.
Now a dime, think about it, and then 118 miles. Is this pretty close.
10 million atoms, 10 million dimes. Right ? 1-mm and 118 miles of dimes.
I have been figuring for hours. So many book and web sites dont say. What
about TV programs. In this material world they dont say that the atom is empty.