In the blank spaces below, write the output produced by the print in the following code when the user enters the provided values. a = int(input())b = int(input()) if a < b: a = a + 1 if a < b: a = a + 1 else: b = b + 1 if a >= b: b = b – 5 print(a, “and”, b) User input: 1 8 [l1] User input: 3 5 [l2] User input: 4 5 [l3] User input: 8 6 [l4]

“The amount of aluminum filtration that will reduce the beam intensity to one half its original value”, defines:

In the blank spaces below, write the output produced by the print in the following code when the user enters the provided values. a = int(input()) b = int(input()) c = 2 if a + c < b: c = c + 8 else: b = b + 10 if a + c < b: c = c + 8 else: b = b + 10 print(b, "to", c) User input: 4 15 [l1] User input: 7 17 [l2] User input: 12 5 [l3] User input: 16 8 [l4]

Create a “Extrude-Cut” feature as shown below. Use the blind depth of cut  equal to 10 mm. Write down the mass of the part in two decimal places, numerical value only. 

Now, suppress Cut-Extrude and Circular Pattern that you created in earlier questions (Q2 and Q3). To suppress, right click feature and select suppress icon as shown below.   Bring back the part to the original state as you first downloaded in Question 1. Assign Plain Carbon Steel material. Add four Fillets to the part as shown in the image below. All fillets are equal to 10 mm radius.  Write down the mass of the part in two decimal places, numerical value only.

Use a Circular Pattern Feature to add multiple instances of the Extrude-Cut that you created in the previous question. Write down the mass of the part in two decimal places, numerical value only. 

Download the part file “Work on_Quiz-Week4-Part 1.SLDPRT  download” (SOLIDWORKS 2020-21 version) “Work on_Quiz-Week4-Part 1.IGS”  download(Use this part file for versions earlier than 2020-21) If you are using this part file, then you must save the part first on your computer and then open it from Solidworks ->File -> Open. Double-clicking the part directly from here will NOT open the part in Solidworks.  Also, make sure to select “All Files” when you use Solidworks ->File -> Open option as shown below:    Assign the material: Plain Carbon Steel, Make sure the units are in Millimeters.  What is the mass of the part? Enter a numerical value only (without units) and two decimal places. 

Suppress all features that you created in earlier questions.  Bring back the part to the original state as you first downloaded in Question 1. Assign Plain Carbon Steel material.  Add a circular groove to the part using “Revolve-Cut” feature as shown below.       Write down the mass of the part in two decimal places, numerical value only. 

What is the result of 2.1+5.3?

Assume you are a meteorologist who wants to study the relationship between temperature and humidity in a particular region. You collect data over the course of 40 days, measuring the temperature (in degrees Celsius) and humidity (in percentage) at the same time of day every day for the 40-day sample. You want to determine if there is a significant relationship between temperature and humidity and to predict the humidity levels based on the given temperature. Given the attached data set and the given scenario answer the following questions: What type of statistical analysis would you use to test this research question What would your null hypothesis (H0) and your alternative hypothesis (H1) be for the given research question? What are your independent variable(s) (IVs) and dependent variable(s) (DVs) for the given research question? Using the statistical analysis software of your choice, complete the statistical analysis to answer the given research question. Report your analysis in APA format. Be sure to include any required post hoc tests.