Total surface size is dependent on particle size. The smaller the particles are:smaller the total surface area relative to circumferencelarger the total surface area relative to circumferencesmaller the total surface area relative to volumelarger the total surface area relative to volume

Answered: Image /qna-images/answer/6276478b-74ca-4271-8e02-dc007793f863.jpg

Total surface size is dependent on particle size. The smaller the particles are: O smaller the total surface area relative to circumference O larger the total surface area relative to circumference O smaller the total surface area relative to volume O larger the total surface area relative to volume

Total surface size is dependent on particle size. The smaller the particles are: O smaller the total surface area relative to circumference O larger the total surface area relative to circumference O smaller the total surface area relative to volume O larger the total surface area relative to volume

Physical Chemistry

2nd Edition

ISBN:9781133958437

Author:Ball, David W. (david Warren), BAER, Tomas

Publisher:Ball, David W. (david Warren), BAER, Tomas

Chapter2: The First Law Of Thermodynamics

Section: Chapter Questions

Problem 2.71E: Take the volume change into account and calculate H and U for exactly 1 g of ice melting into 1 g of...

See similar textbooks

Similar questions

Take the volume change into account and calculate H and U for exactly 1 g of ice melting into 1 g of water at standard pressure. The density of ice at 0 is 0.9168 g/mL; the density of water at 0 is 0.99984 g/mL.
The units are micromolar (uM) not milimar (mM). Solve using the uM units please . Please solve b
A particular plot of distance traveled against time elapsed is found to be a straight line. After an elapsed time of 1.5 hours, the distance traveled was 75 miles, and after an elapsed time of 3.0 hours, the distance traveled was 150miles. Calculate the slope of the plot of distance against time, and give its units.
To be able to get for the slope of a linear graph, we can use the formula a. Y2-Y1/X2-X1 b. X2-X1/Y2-Y1
The acceleration that is generated when an object moves on a circular track is A) gravitational B) torque C) momentum D) centripetal
Convert inverse 500m to inverse micrometer
The data shows from the first pic and the table for Case 1 and 2 is the answer that needs to be filled out.
Step 2: Identify the dimensions of the quantities involved The second step is to identify the dimensions of the quantities involved in the problem. For example, if the problem involves distance, time, and velocity, the dimensions of these quantities would be length, time, and length/time, respectively. Step 3: Check if the units cancel out The third step is to check if the units cancel out. To do this, multiply the quantities together and check if the units cancel out, leaving only the desired unit. For example, if you are trying to find the velocity of an object and you know its distance and time, you can multiply distance by time to get velocity. If the units cancel out, you have a physically meaningful result. Step 4: Check if the result makes sense, to do this compare the units of the result with what you would expect based on the Robles statement. Using the step hints above, answer the question. You do not have to solve. Just imagine that you're teaching a friend how…
Please answer question number 1 correctly with the correct answer. there is a picture of an example of a ''Dimensional analysis Format' below. please write out all work showing the math in dimensional analysis format. Question 1: What is molar mass of Sucrose C12H22O11.
Refer to the following data:Mass of empty ampuole = 4.3 gMass of ampuole + 5 mL water = 9.8 gMass of ampuole + 5 mL alcohol = 8.2 g. Calculate for the density of water. Calculate for the density of alcohol What specific gravity of the alcohol can be computed
a 24 kg object has a weight force of 294 newton’s on planet-x. what is the gravitational acceleration of this planet?
Plot each point from the table on to a graph. Label the x/y axis and title. DON'T connect the points. Only draw one line, which is that straight line. Instructions in photo.