Lengths and dot products Study guides, Class notes & Summaries

15 kg/s of air are compressed from 1 atm and 300K (enthalpy of 300.19 kJ/kg) to 2 atm and 900K (enthalpy of 732.93 kJ/kg). Heat transfer is negligible. The air compressor's power output is most nearly (A) 5.6 MW (B) 6.5 MW (C) 7.6 MW (D) 8.9 MW - answer-B What is most nearly the weight in lbf if a 1.00lbm object in a gravitational field of 27.5ft/s^2? (A) 0.85lbf (B) 1.2lbf (C) 28lbf (D) 32lbf - answer-A A rocket that has a mass of 4000 lbm travels at 27,000 ft/sec. What is mo...

MB ASCP Review and Exam Questions Part II (Already Graded A+ 2023) This analytical test amplifies the same target in two PCR reactions and uses the product of round 1 as the template for round 2. So there are 2 pairs of primers and 2 successive reactions. Basically you pre-amplify a broad region and then amplify a specific region. This test is good to use if you have low amounts of target because it increases specificity/sensitivity. - Answer Nested PCR This analytical test has multiple pai...

1. Order of a matrix Number of rows by number of columns 2. Square matrix Matrix of order NxN 3. Leading diagonal Diagonal of matrix from top left to bottom right 4. Conditions for two matrices to be equal - must have same order - each element in one matrix must be equal to the corresponding ele- ment in the other 5. Matrices which you can't add are... non-conformable for addition 6. Matrices which you can't multiply are... non-conformable for multiplication 7. Matrix...

Finished work, questions and answers, 100% accurate answers section 9.2 1. Which one of the following is most likely to be an ionic compound? A) CaCl2 B) CO2 C) CS2 D) SO2 E) OF2 A) CaCl2 2. Which one of the following is most likely to be an ionic compound? A) ClF3 B) FeCl3 C) NH3 D) PF3 E) SO3 B) FeCl3 Which one of the following is most likely to be an ionic compound? A) NCl3 B) BaCl2 C) CO D) SO2 E) SF4 B) BaCl2 The Lewis dot symbol for the S 2- ion is A) S ••...

Topics Include: -Vectors and Linear Combinations -Lengths and Dot Products -Vectors and Linear Equations -The Idea of Elimination -Elimination Using Matrices -Rules for Matrix Operations -Inverse Matrices -Transposes -Vector Spaces and Subspaces