Image #11 Fuji S-Value: 65 Range: 75-200 (no adjustment needed) Under 75 Over-exposed (- Technique) Over 200 Under-exposed (+ Technique) To make image optimal I will: Decrease technique Increase the CR angle Increase the technique Place anatomical marker out of anatomy of interest
Image #15 Fuji S-Value: 293 Range: 100-400 (no adjustment ne…
Image #15 Fuji S-Value: 293 Range: 100-400 (no adjustment needed) Under 100 Over-exposed (- Technique) Over 400 Under-exposed (+ Technique) *magnified w/out lines To make image optimal I will: Increase technique Open the collimation to include anatomy of interest Direct the CR up (superior) to C4 Increase angle of the CR
Image #2 Positioning: All pertinent anatomy is included…
Image #2 Positioning: All pertinent anatomy is included Anatomy is over-rotated Anatomy is under-rotated CR is too distal
Image #2 Fuji S-Value: 134 Range: 75-200 (no adjustment need…
Image #2 Fuji S-Value: 134 Range: 75-200 (no adjustment needed) Under 75 Over-exposed (- Technique) Over 200 Under-exposed (+ Technique) To make image optimal I will: Increase medial (internal) rotation Increase lateral (external) rotation Keep technique the same Move the CR slightly distal to proper point
Image #13 AP Hip To make image optimal I will: Increase…
Image #13 AP Hip To make image optimal I will: Increase collimation (cone down) Place lead marker on lateral side of anatomy Move the CR up to the proper point Increase rotation of lower leg medially
Image #6 Lateral Ankle Fuji S-Value: 67 Range: 75-200 (no a…
Image #6 Lateral Ankle Fuji S-Value: 67 Range: 75-200 (no adjustment needed) Under 75 Over-exposed (- Technique) Over 200 Under-exposed (+ Technique) To make image optimal I will: Increase collimation (cone down) Decrease technique Increase flexion of ankle Increase technique
Image #17 Fuji S-Value: 226 Range: 100-400 (no adjustment ne…
Image #17 Fuji S-Value: 226 Range: 100-400 (no adjustment needed) Under 100 Over-exposed (- Technique) Over 400 Under-exposed (+ Technique) Image techniques: Image is correctly exposed Image is over-exposed Image is under-exposed Trabecular markings and cortical outlines are well visualized
A can of soda costs $1.25 in the United States and 25 pesos…
A can of soda costs $1.25 in the United States and 25 pesos in Mexico. Assume for this problem that purchasing power parity (PPP) holds. If purchasing power parity holds, then the peso-dollar exchange rate is pesos per dollar If a monetary expansion causes all of the prices in Mexico to double, the new peso-dollar exchange rate will be pesos per dollar. In this example, the dollar has (appreciated or depreciated) against the Mexican peso.
Economists use labor-market data to evaluate how well an eco…
Economists use labor-market data to evaluate how well an economy is using its most valuable resource-its people. Two closely watched statistics are the unemployment rate (u-rate) and the labor force participation rate (LFPR). For the following scenario, determine what happens to these two statistics and click the appropriate box corresponding to your answer. Event: Numerous students graduate from college and immediately begin new jobs.
Economists use labor-market data to evaluate how well an eco…
Economists use labor-market data to evaluate how well an economy is using its most valuable resource-its people. Two closely watched statistics are the unemployment rate (u-rate) and the labor force participation rate (LFPR). For the following scenario, determine what happens to these two statistics and click the appropriate box corresponding to your answer. Event: Advances in health care prolong the life of many retirees.