Which of the following is a key step in change implementation?

Case Study 2 (to be used for Items 6 through 10) James is an 11-year-old boy who is new to your school district. In his former district, he had a Section 504 plan which indicates a diagnosis of ADHD and mentions academic, social and behavioral difficulties. Very few records were sent by the prior district, and James has begun to struggle significantly in his new school, so you’re doing a comprehensive evaluation. An IQ test is one of the first things that you do, and on the WISC-V, James’s full-scale IQ is 68. All of the index scores are 73 or lower.  6. You interview James’s mother with the Vineland Adaptive Behavior Scales, and none of the domains or subdomains are below average. You explain to James’s teacher that he cannot be classified as having intellectual disability, and she asks for more details. What are the criteria for the ID classification? How do you explain the difference between intelligence and adaptive behavior, both in terms of what they are  and how they are assessed? 

2. You administer the BASC-3 to Valeria, her mother, and her teacher. The validity indices are all acceptable. What are the validity indices associated with the BASC-3 teacher/parent form and self-report?  What do each of them look for?

List ALL (i.e.: LD or list as LD, DD, HB) of the intermolecular forces experienced by the following pure substances. Rank the molecules from weakest (1) to strongest (3) forces. (Ignore the auto-grading, this will be manually regraded)   Substance Intermolecular Forces Rank [f1] [r1] [f2] [r2] [f3] [r3]

Changing the number of __________ leads to different isotopes of the same element.

I attest that I am the same person as depicted in my official RIT photo.

How many valence electrons does Tin have?

What is the dominant intermolecular force in a pure sample of NF3?

Calculate the frequency of a photon that has a wavelength of 210 nm. For any large numbers/scientific notation use E-notation (i.e. 1500 = 1.5e3)

750. mg of C3H8(g) is combusted in the presence of 2.17 g of oxygen gas (O2(g)) producing CO2(g) and H2O(g). (Manually graded)   What is the limiting reactant? [lr]   How many grams of CO2 can theoretically be produced by this reaction? [m]   What was the percent yield of CO2 from this reaction if only 985 mg of CO2 was successfully recovered? [py]