Answer : The temperature on the Kelvin scale is, 373 K
Solution :
As temperature is given . Now we have to determine the temperature in Kelvin scale.
Formula used :
K = temperature in kelvin = ?
= temperature in degree Celsius =
Now put the value of 'K' in the above formula, we get the temperature in kelvin scale.
Therefore, the temperature on the Kelvin scale is, 373 K
B.)The atom consists of a nucleus with electrons orbiting randomly around it.
C.)The atom consists of a nucleus with electrons orbiting at specific energy levels. Absorbed photons cause electrons to jump between energy levels.
D.)The atom consists of a nucleus surrounded by a region containing electrons. Electrons cannot be located exactly within this region, but the probability that they will be found in an area can be stated.
Answer:
we place the decomposers in a special place along the side of the pyramid
Explanation:
b. water
c.a tritant
d. an acid
Answer:
10.6
Explanation:APEX
b. reaction
c. dynamic
d. elementary
I would tend to think that the amount of sunlight reaching the water is irrelevant.
The color of the surface that the water lies on is more important. A black, matte
surface absorbs more infrared radiation than a light-colored, reflective surface.