Bernoulli - Study guides, Class notes & Summaries

2024|25| WEEK 6 BERNOULLI TRIALS AND BINOMIAL DISTRIBUTION | COMPLETE SOLUTION BERNOULLI TRIALS AND BINOMIAL DISTRIBUTION (CHAPTER 5, SECTION: “BINOMIAL DISTRIBUTIONS” 32. The probability of “heads” coming face-up on a single flip of a fair two-sided coin is 0.5. You flip the coin a total of ten (10) times. What is the probability of getting exactly 7 “heads” in those 10 flips? p = 0.5 n = 10 x = 7

Probability of an outcome Correct Answer probability of a particular outcome is the proportion of times that the outcome would occur in a long run of observations Trial Correct Answer Each simulated roll of a die, or any experiment being conducted Cumulative proportion Correct Answer At each value for the number of trials, found by after a certain number of trials, divide the number of outcomes at that stage by the number of trials. Independent Correct Answer Different trials of a rando...

LSU PSYC 4030 Harman Exam 1 UPDATED ACTUAL Exam Questions and CORRECT Answers Nicolaus Bernoulli - CORRECT ANSWER - He created The St. Petersburg Paradox Daniel Bernoulli - CORRECT ANSWER - He solved the St. Petersburg Paradox using utility - CORRECT ANSWER - How did Daniel Bernoulli solve the St. Petersburg Paradox?

1. When intervening in the mid/distal right leg from a radial approach, which is the best wire choice? - .038 x 150 cm - .035 x 180 cm - .038 x 180 cm - .035 x 260 cm CORRECT ANSWERS: - .035 x 260 cm 2. Which of the following BEST describes a balloon's ability to yield to changes in pressure? - flexibility - pushability - trackability - compliance CORRECT ANSWERS: - compliance 3. What is the PRIMARY therapeutic reason for using rotational atherectomy as an adjunctive therapy...

LSU PSYC 4030 Harman Exam 1 Questions With Complete Solutions Nicolaus Bernoulli He created The St. Petersburg Paradox Daniel Bernoulli He solved the St. Petersburg Paradox using utility How did Daniel Bernoulli solve the St. Petersburg Paradox? utility A measure of satisfaction an individual gets from the consumption of the commodities Utility A measurement of usefulness that a consumer obtains from any good

MEMS 305 Final Exam Question and answers rated A+ What are the 4 assumptions needed for using the Bernoulli equation? 1. Inviscid fluid 2. Steady velocity 3. Incompressible 4. Flow along a streamline Which assumptions does pipe flow violate and why? Inviscid flow, since the pipe exerts shear stress and friction onto the moving fluid. Write the extended Bernoulli equation and state what each term represents. p₁ + 1/2α₁ρv₁² + ρgz₁ = p₂ + 1/2α₂ρv₂² + ρgz₂ ...

Adult Echo CCI Review | Questions and Correct Answers | Latest Update 2024/2025 | 100% Pass Bernoulli's Equation P₁-P₂= 4v² pressure difference or gradient Which valve separates the areas of greatest pressure difference? (lowest?) mitral valve pulmonic valve LAD lies in theanterior interventricular groove (sulcus) Which aortic leaflet is the superior one in psla? right leaflet noncoronary (posterior) From the left parasternal window which of the following are you most li...

What is the Kinetic Theory of gases correct answersGases are composed of discrete molecules 1.Molecules are in random motion 2.Molecular collisions are elastic 3.Molecular activity depends on temp. 4.No physical attraction b/t molecules describe the Bernoulli Principle correct answers1. gas flow through a tube 2. As velocity of gas goes up, lateral pressure goes down since the total energy principle is constant. What is the relationship between temperature & pressure? correct answersA...

Where is the CS located correct answer: posterior to the AV groove Scatters= correct answer: RBC Most common congenital anomaly most frequently seen in adults correct answer: Bi cuspid valve In order to record a vegetation of endocarditis by echo the veg must have a diameter of at least how big correct answer: 3 centemeter Which M mode finding is considered to be a specific indicator of a fenestrated AV correct answer: diastolic flutter of the aortic valve Fenestrated= correc...

When does simplified Bernoulli equation not apply in aortic valve assessment? Ans- When proximal velocity is > 1.5 m/sec Doppler frequency shift equation Ans- Doppler shift = (2 x velocity of sample relative to source x transducer frequency x cos[θ]) / speed of sound in the tissue Will lower or higher transducer frequency minimize aliasing? Ans- Lower frequency, because for the same detected velocity, the frequency shift will be lower in absolute magnitude for a lower-frequency tran...