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ARRT Mammography (MAMM) Practice Tests & Test Prep by Exam Edge - Why Exam Edge


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Why Choose Exam Edge for your ARRT Mammography (MAMM) Exam prep?


Benefits of Exam Edge ARRT Mammography Practice Tests & Test Prep

Exams like the ARRT Mammography exam do not just measure what you know -- they also test how well you perform under pressure. The right type of test preparation helps you familiarize yourself with both the material you are being tested on and the format of the test itself. Our practice tests, exam flashcards, and other test prep resources are carefully crafted to replicate the experience of taking the ARRT Mammography exam to make you maximally prepared for the demands of test day.

Looking to level up your test prep routine? Here are five reasons you should incorporate practice tests from Exam Edge into your ARRT Mammography test prep strategy:

  • In-depth explanations for every practice test question and answer: Once you complete a practice exam, we give you detailed explanations of each correct and incorrect practice exam question answer. We also provide a summary of the number of practice test questions you answered correctly, and an estimate of your score as you would receive on the real exam. Use this combination of quantitative and qualitative insights to get a comprehensive picture of your readiness for the ARRT Mammography exam!

  • Realistic ARRT Mammography practice test questions: Our practice tests are designed to have a similar feel to the real test. From the type and number of questions to the default time limit for each practice exam, our ARRT Mammography questions mimic those that are found on the real exam. This way, when you take the actual test, you will already be familiar with the test's navigation, structure, and flow. The psychological benefits of this kind of practice are significant. Once you eliminate the stress and distraction of unfamiliar test software or formatting, your brain is freed up to focus on each question.

  • Easy-to-access resources for your on-the-go lifestyle: Our practice tests are web-based, so there is no software to install and no files to download. Just log in to ExamEdge.com for access to your ARRT Mammography practice tests on any smartphone, tablet, or computer with an internet connection. Chip away at your exam prep from home, work, campus, your favorite coffee shop, or wherever life takes you.

  • Flexible timed and untimed ARRT Mammography practice tests:Use our 3 different test-taking modes for different kinds of test preparation. You can pause a practice test and continue right where you left off with the same amount of time you had remaining. You can learn more about these unique functions in our ARRT Mammography practice test features.

  • A brand you can trust: As an "A+" rated, fully accredited member of the Better Business Bureau, Exam Edge upholds the highest level of business standards, and our proof of success is with our customers. We have heard from countless test-takers who told us they failed their certification exams until they found us and added our practice tests to their exam preparation plans. We are driven by a genuine passion for helping test-takers succeed, and we cannot wait to help you start or continue your journey to passing the ARRT Mammography }!

    Learn more about Exam Edge, and what makes us right for you on your test prep journey!

All in all, the most effective study plan involves regular practice-testing to exercise your recall skills, practicing your time management, and increasing your focus and test-taking stamina. Invest your study time in our ARRT Mammography practice exams and walk into test day confident, and ready to demonstrate your skills.

Need more convincing? Take your first practice test on us and see firsthand how practice tests can transform your ARRT Mammography test prep. Learn how to get a free ARRT Mammography practice test, and start test-prep today!

How to Use the ARRT Mammography Practice Test

Our practice tests offer the ultimate flexibility to study whenever, wherever, and however you choose. We offer three modes to engage with your ARRT Mammography practice exam:

  1. Timed Mode: Take a practice test in the timed mode to mimic the experience you will have on test day.

  2. Untimed Mode: Our untimed practice tests. Use this function to evaluate your knowledge without the added pressure of a ticking timer.

  3. Study Guide Mode: Our unique study guide function shows the in-depth explanations for each practice exam question as you work through the test. Use this version to work through the questions at your own pace and take detailed notes on the answers.
Need to pause while taking one of our practice tests? No problem! Whichever mode you use, you can pause and resume it at your leisure. When you continue the test, you will pick up exactly where you left off. If you are taking a timed practice test, you will have the same amount of time left to work through the remaining ARRT Mammography practice exam questions once you resume.

Once you have completed a practice exam, you will have permanent access to that exam's review page which includes a detailed explanation for each practice test question. Are you confused by a particular question on the practice test you just completed? Simply come back to it after you have completed it and get a detailed explanation of what the correct answer is and why.

Unlike other study tools, practice exams offer the unique benefit of helping you chart your progress and improvement. Start your ARRT Mammography exam preparation by taking a practice test to assess your baseline expertise and existing test-taking skills. Then, use your results to identify which topics and skills need the most improvement, and create a study plan that targets those areas. As you study from books, notes, exam flashcards, or other methods, take additional practice tests at regular intervals to evaluate how you retain the information.


ARRT Mammography - Why Exam Edge Sample Questions

Which of the following is a purpose of using a grid in mammography?





Correct Answer:
reduce scatter radiation


the primary purpose of using a grid in mammography is to reduce scatter radiation. scatter radiation occurs when x-rays bounce off structures within the body, such as tissues and organs, and scatter in different directions. this scattered radiation can degrade the quality of the image by creating a foggy appearance, which reduces the contrast and makes it harder to detect abnormalities such as tumors or calcifications.

grids in mammography are specifically designed to allow the primary x-ray beam to pass through while blocking much of the scattered radiation. they are typically composed of thin lead strips aligned parallel to the x-ray beam, interspersed with radiolucent material. by absorbing or deflecting scattered rays, grids improve the clarity and contrast of the mammogram images.

another feature of grids in mammography is that they often move during the x-ray exposure. this movement, known as reciprocating motion, helps to blur out the grid lines and prevents them from appearing on the final image, ensuring a clearer and more diagnostic image. this dynamic action is crucial as it improves image quality without compromising the essential details needed for accurate diagnosis.

it is also important to note that the use of grids leads to an increase in the radiation dose to the patient because more radiation is required to penetrate the grid structure. however, the benefit of improved image quality and the potential for earlier and more accurate detection of breast abnormalities generally outweigh this drawback.

in summary, the main reason for using grids in mammography is to reduce scatter radiation, which enhances image contrast and overall quality, aiding in more effective and accurate breast cancer screening and diagnosis.

X-ray beams leave the anode and are filtered through inherent filtration or:





Correct Answer:
added filtration


in the context of x-ray imaging, when x-ray beams leave the anode, they pass through several layers of filtration before reaching the target (i.e., the object being imaged). this filtration can be classified into two main types: inherent filtration and added filtration. inherent filtration is the natural filtration provided by the materials that make up the x-ray tube itself, such as the glass envelope and the oil in which the tube is immersed. this type of filtration is built into the design of the x-ray machine and is not adjustable by the operator.

added filtration, on the other hand, refers to any additional materials placed in the path of the x-ray beam outside of the inherent components of the tube. this type of filtration is used to enhance the quality of the x-ray beam by selectively absorbing lower energy x-rays, which are less penetrating and contribute disproportionately to patient dose without significantly improving the image quality. materials commonly used for added filtration include aluminum and copper, which are chosen for their ability to absorb these less useful, lower energy x-rays.

the purpose of added filtration is twofold. firstly, it reduces the patient's exposure to radiation by removing the less penetrating x-rays, which would otherwise increase the dose without contributing to the diagnostic quality of the image. secondly, by removing these lower energy x-rays, added filtration helps in shaping the x-ray beam to optimize the balance between image quality and patient dose. this is particularly important in studies like mammography, where the contrast between different types of tissues (such as soft tissues and calcifications) is critical for accurate diagnosis.

in more technical terms, added filtration effectively "hardens" the x-ray beam. this means it increases the average energy of the x-rays in the beam, which can penetrate more deeply and produce clearer images of dense tissues. however, if the beam is too "hard" (i.e., it contains too high an energy spectrum), it can degrade the image quality by reducing the contrast between different tissues. therefore, the amount and type of added filtration must be carefully chosen based on the specific imaging requirements and the part of the body being examined.

in summary, while inherent filtration is a fixed property of the x-ray machine, added filtration is a variable and critical component that can be adjusted to improve both patient safety and image quality. it plays a crucial role in optimizing the performance of x-ray imaging systems, particularly in delicate applications such as mammography.