Prehistoric pottery vessels are usually found as sherds (broken pieces) and are carefully reconstructed if enough sherds can be found. Information taken from Mimbres Mogollon Archaeology by A. I. Woosley and A. J. McIntyre (University of New Mexico Press) provides data relating x = body diameter in centimeters and y = height in centimeters of prehistoric vessels reconstructed from sherds found at a prehistoric site. The following Minitab printout provides an analysis of the data. Predictor Coef SE Coef T P Constant -0.182 2.429 -0.09 0.929 Diameter 0.7824 0.1281 5.33 0.003 S = 3.92430 R-Sq = 71.4%

The accompanying data table contains the prices and weights of the diamonds in 10 rings offered for sale. The prices are 4 carats an Xough d belo Data (Daund both The weight in carats and price in dollars for 10 diamond rings Weight 0.29 0.32 0.34 0.17 0.36 0.36 0.12 0.14 0.23 0.26 Price 924 881 1,039 445 1,073 1,034 120 320 665 733 Print Done - rings. ble.

Column titles in a table should describe which of the following? A) The independent variable B) The dependent variable C) The covariate variable D) The grouping variable

Knowing the physical properties, such as shape, size, and density, is critical for designing equipment for harvesting, handling, processing, and storage of food materials. Shape and size parameters such as the major, minor, and intermediate diameter and geometric mean diameter are important for designing sorting, cleaning, and packaging equipment. Calculate the geometric mean diameters (in millimeters) from the physical property data given in Table 1 for a variety of mango (Irvingia gabonesis) and plum (Prunus domestica). Table 1. Measured physical property data for mango fruit, Irvingia gabonesis, and plum, Prunus domestica (adapted from Ehiem & Simonyan, 2012; Nazari and Rashidi, 2014) Parameter Irvingia gabonesis Prunus domestica Major diameter (mm) Intermediate diameter (mm) Minor diameter (mm) 66.3 66.1 60.5 45.8 45.1 42.2

Consider the following data set *; | -1|2|3 Yi | 3 |2|1 and the model y = a, + a1¤ Calculate the squared error (SE) for the choice a, = 8 and a1 = -1 Answer:

The questions deal with the length (in inches) and weight (in ounces) of fetuses from 20 weeks to 42 weeks gestation (23 data points). Lengths of fetuses from the top of the head to the heel are estimated by ultrasound measurements. A scatterplot of the data is given below. SLR BASICS CROWN-HEEL SCATTERPLOT 140 120 100 80 linear model 60 40 20 11 13 15 17 19 21 -20 Crown-heel length (in.) Weight (oz)

I need 41, 42, 43, and 44 please.

15. Diameter of Douglas Fir Trees The diameter of the Douglas fir tree is measured at a height of 1.37 meters. The S following data represent the diameter in centimeters of a random sample of 12 Douglas firs in the western Washington Cascades. 156 162 147 173 147 190 130 101 159 113 181 109 Source: L. Winter. "Live Tree and Tree-Ring Records to Reconstruct the Structural Development of an Old-Growth Douglas Fir/Western Hemlock Stand in the Western Washington Cascades." Corvallis, OR: Forest Science Data Bank, 2005. (a) Obtain a point estimate for the mean and standard deviation diameter of a Douglas fir tree in the western Washington Cascades. (b) Because the sample size is small, we must verify that the data come from a population that is normally distributed and that the data do not contain any outliers. The figures show the normal probability plot and boxplot. The correlation between the tree diameters and expected z-scores is 0.982. Use Option 1 or Option 2 to determine if the…

The questions deal with the length (in inches) and weight (in ounces) of fetuses from 20 weeks to 42 weeks gestation (23 data points). Lengths of fetuses from the top of the head to the heel are estimated by ultrasound measurements. A scatterplot of the data is given below. SLR BASICS CROWN-HEEL SCATTERPLOT 140 120 100 80 linear model 60 40 20 11 13 15 17 19 21 -20 Crown-heel length (in.) Weight (oz)

A. Find the first quartile B. Find the 2nd quartile C. Find the 3rd quartile