The accompanying graph depicts demand At point A, demand is: A)The accompanying graph depicts demand.
<h3>
What did the graph depicts at point A?</h3>
It depict the demands of goods at at that point.
The accompanying graph depicts demand At point A, demand is: A)The accompanying graph depicts demand.
CHECK THE COMPLETE QUESTION:
The accompanying graph depicts demand at point d demand:
A) unit elastic.
B) inelastic.
C) elastic.
D) perfectly elastic.
Learn more about demand on:
brainly.com/question/25220385
#SPJ1
Where is the pic for this so I can answer
Answer:
Solving for the Percent by Volume
The v/v concentration of acetic acid in the stop bath is 24.6%.
Explanation:
To answer the question, we need to identify certain information stated in the question. Let us write down what’s given:
Volume of solute = 160 mL
Volume of solution = 650 mL
Next, we need to determine what is required, in this case, the percent by volume. Now, let us look at the formula:
v/v concentration = (solute volume / volume of the solution) * 100
Solution:
Percent by Volume = (160 / 650) * 100
Percent by Volume = 0.2461538461538462 * 100
Percent by Volume = 24.61538461538462
Rounded off = 24.6%
Therefore, the final answer is 24.6%
Explanation:
The total area of the figure will be 245 sq. in.
<h3>Total area of a cylinder</h3>
The figure is a cylinder and the total area of a cylinder is given by the formula below:
Total Area of a cylinder = 2πrh+2πr^2
Where r is the radius, h is the height of the cylinder, and π is constant with a value of 22/7.
In this case, looking at the image, the radius is 3" while the height is 10". Substituting these values into the formula above, we have:
Total Area = 22/7((2x3x10) + (2x3^2)) = 22/7(60+18)
= 245 sq. in.
Thus, the total area of the solid figure is 245 sq. in.
More on the area of cylinders can be found here: brainly.com/question/16134180
#SPJ1
