I disagree; the answer is B., because many jobs require specific skills that are unique to that job and that job only. Oftentimes you have to go to college to get that specific degree; every day skills aren't usually too helpful.
The solute potential for the body cells is 7.73 bars.
<h3>What is solute potential?</h3>
The solute potential is given by Ψ = iCRT where
- i = ionization constant,
- C = concentration,
- R = pressure constant and
- T = kelvin temperature
<h3>How to calculate the solute potential?</h3>
Given that Human body cells have a 0.15M NaCl concentration and the body cells knowing body temperature is 37 °C.
We have that
- i = 2 (since there two ions)
- C = 0.15 M
- R = 0.0831 Lbar/mol-K
- T = 37 °C = 273 + 37 = 310 K
So, substituting the values of the variables in to the equation, we have
Ψ = iCRT
Ψ = 2 × 0.15 M × 0.0831 Lbar/mol-K × 310 K
Ψ = 7.7283 bars
Ψ ≅ 7.73 bars
So, the solute potential for the body cells is 7.73 bars.
Learn more about solute potential here:
brainly.com/question/28691287
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K thanks for the free points
Answer:
Wait, i will answer this later
Explanation:
Wait for my idea okay?
Answer:
B
Explanation:
Draw the Rhombus
Draw a rhombus.
At the midpoint of the given diagonal, draw a line to the enclosed angle of two of the sides.
The diagonals meet at 90 degrees.
You can use the Pythagorean Theorem to get the third side.
c^2 = a^2 + b^2
c = 10 length of 1 side
b = 8 This is 1/2 of 16. They diagonals meet at their midpoints
a = ?
10^2 = 8^2 + a^2
100 = 64 + a^2
a^2 = 36
a = 6
The area of one right triangle = 6*8/2 = 24
The area of all 4 right triangles = 96
