Answer:
0.89L ( 2 decimal place)
Explanation:
Using Combined Gas law.
(
P₁V₁)/T₁ = (P₂V₂) / T₂
P₁ = 1.00 atm
V₁ = 1.55L
T₁ = 27.0 °C = converting to kelvin ( 27 + 273k) = 300k
P₂ = same as P₁ = 1.00 atm
V₂ = ?
T₂ = -100°C = converting to kelvin ( -100 + 273k) = 173k
(1 x 1.55)/300 = (1 x V)/173
1.55/300 = V/173
V / 173 = 0.00516666666
V = 173 x 0.00516666666 = 0.89383333333 ≈ 0.89L ( 2 decimal place)
To remember what the reactant is, it always comes before the yielding sign (arrow). The elements after the arrow are known as the 'products'.
So, with this information, let's look for our reactants.
Remember, the reactants are the elements BEFORE the yielding sign (arrow).
We have Hydrogen and Oxygen before the arrow.
Your answer is:
Hydrogen + Oxygen
I hope this helps!
They are mostly made of gas
They have rings
They have thick atmospheres
I hope this helps.
The sun: heats land more quickly than water, creates wind by unevenly heating the earth.
- creates wind by unevenly heating the earth
- heats land more quickly than water
<u>Explanation:</u>
Land surfaces assimilate substantially more sunlight based radiation than water. Water reflects most sun based radiation that arrives at its surface back to the climate. Since land ingests increasingly sun oriented radiation the land surface holds more warmth as do the vegetation for vitality. Subsequently, land surfaces warm more rapidly than water.
Also, we can say that the reason for the breeze is the lopsided warming of the Earth's surface by the Sun. The Earth's surface is made of various land and water zones, and these fluctuating surfaces assimilate and mirror the Sun's beams unevenly. This is exacerbated by the Earth's tilt. Since the focal point of the Earth gets more daylight, it is reliably more sultry than different pieces of the Earth.
A food chain is a sequence going from the producers on the bottom to the consumers to the top that shows what consumer eats what