Make a data table of using a 10-mL graduated cylinder, measure the following volumes of water for 3 different trails:a. 6.0 mL- 1) 6.1 mL, 2) 6.2 mL, and 3) 6.0 mLb. 70.0 mL (note: you will have to refill the graduated cylinder 7 times to obtainthe 70.0 mL)- 1)68.0 mL, 2)69.9 mL, 3) 71.5 mLRepeat parts a and b using a 100-mL graduated cylinder. Part a) 1) 6.9 mL, 6.1 mL, 3) 5.9 mL and Part b) 1)70.0 mL, 2)71.0 mL, 3)69.0

How do I include units into my slope intercept Units - g mL 1. Y=1.2534x+0.0250 Answer- Y=1.2534x ( mL ) + 0.0250 (g) 2. Y = 0.997x + 0.0585 Answers y=0.997x(mL) + 0.0585 (g)

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1) State your interpretation of the meaning of the slope for the first graph you prepared of Volume of Steel Nuts (mL) versus Number of Steel Nuts. Hint: Understanding the meaning of a slope involves several factors: the units which are a ratio of the y axis units over the x axis units, the interpretation of the slope as “number of the y axis units for every one of the x axis units” and the concept that constructing the best line or curve that follows the trend in the data is a sort of averaging of the random error throughout the data.

1. It is known that the boiling point of water on the Kelvin temperature scale is 373.15 K and the freezing temperature of water is 273.15 K. A temperature scale, called the Reaumur (R) scale, is defined by identifying the freezing point of water as 0.0°R and the boiling point of water as 80.0°R. What is 62.3°R on the Kelvin scale? Clearly define your variables.

Visualize a 12-ounce can of diet cola and a 12-ounce can of regular cola are added to a sink full of water. The regular cola sinks and the diet cola floats. What does that say about the density of those two different versions of cola and what ingredientcould be contributing to this observation.

Write one or two paragraphs summarizing these two experimets and see what results they got using the numerical data obtained and calculated to support the claims. First experiment: Using a 10-mL graduated cylinder, measure the following volumes of water 3 different trails:a. 6.0 mL- Trail 1) 6.1 mL, Trail 2) 6.2 mL, and Trail 3) 6.0 mLb. 70.0 mL (note: you will have to refill the graduated cylinder 7 times to obtainthe 70.0 mL)- Trail 1)68.0 mL, Trail 2)69.9 mL, Trail 3) 71.5 mLRepeat parts a and b using a 100-mL graduated cylinder. Part a) Trail 1) 6.9 mL, Trail 2)6.1 mL, Trail 3) 5.9 mL and Part b) Trail 1)70.0  mL, Trail 2)71.0 mL, Trail 3)69.0 mL Second experiment: Choose two pieces of glassware which will be a 50 mL beaker and a 10 mL graduated cylinder to find the density of DI water. We did three trails for the 50 mL- 1) an empty beaker weighs 29.871 g; with 20 mL of H2O weighing 46.973, 2) an empty beaker is 29.949 g; with 20 mL weighing 43.836, and 3) an empty beaker weighs…

A new linear temperature scale, degrees Zunzol (°Z), is based on the freezing point and boiling point of a newly discovered compound zunzol. The freezing point of zunzol, –117.3 °C, is defined as 0 °Z, and the boiling point of zunzol, 78.4 °C, is defined as 100 °Z. What is the freezing point of water in degrees Zunzol? freezing point: 117.3 Incorrect What is the boiling point of water in degrees Zur l? boiling point: 217.3 °Z Incorrect

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