Answer:
Not exactly But you can take the slope of the curved portion and the slope of the flatline.
It wont do you much good since your working for absorbance but if you ever see something like a temperature change you can use the slope(s) to find freezing points/melting
Explanation:
If you need to submit a slope you could use a best fit which is just point to point or you could break it up like i mentioned
2) carbon and hydrogen only.
Answer:
The Electron found by J.J Thompson
Explanation:
Hope this helps:)
Answer:
.500
Explanation:
Use the ideal gas law equation: PV = nRT
Plug in the initial values given:
P = 1.2 atm
V = .500 L
n = number of moles
R = Gas Constant 8.314
T = 25.0 C
(1.2)(.5) = n(8.314)(25)
solving for n we get .00289
Now use the same equation with the new values solving for V
(3.6)V = (.00289)(8.314)(75.0)
V = .4999999 ROund to .500
The white stuff we know as sugar is sucrose, a molecule composed of 12 atoms of carbon<span>, 22 atoms of </span>hydrogen<span>, and 11 atoms of </span>oxygen<span> (C</span>12H22O11<span>). Like all </span>compounds<span> made from these three elements, sugar is a </span>carbohydrate<span>.</span>
