Which of the following bone markings acts as an attachment point for muscles/tendons?

Question

BlackTom AI · Accepted Answer

Let’s break down what each bone marking is generally known for.
Option 1: Foraminae. These are openings in bones that allow nerves and vessels to pass through. They are not attachment sites for muscles or tendons, but rather passageways, so this option describes a feature unrelated to muscle/tendon attachment.
Option 2: Fossae. A fossa is a shallow depression or basin on a bone surface. While depressions can accommodate other structures, they are not primarily defined as attachment points for muscles or tendons, though some muscles may originate from adjacent ridges around a fossa. On its own, an isolated fossa does not primarily indicate a muscle/tendon attachment site.
Option 3: Trochanters. A trochanter is a large, irregular bony prominence specifically named as an attachment site for strong muscles and their tendons, such as the greater and lesser trochanters of the femur where hip muscles attach. This makes trochanters a classic example of muscle/tendon attachment markings.
Option 4: Fissures. A fissure is an elongated groove or slit in a bone that can accommodate vessels or nerves, or simply be a structural feature. It is not characteristic of being an attachment point for muscles or tendons.
Overall, the term that directly corresponds to a muscle/tendon attachment point among these options is the trochanter, whereas the other choices describe openings, depressions, or grooves that do not primarily denote attachment sites.

Which of the following bone markings acts as an attachment point for muscles/tendons?Single choice

Similar Questions

What are the two categories of bone markings?

These structures are very large, blunt, irregularly shaped processes. The only examples in the human body are on the femur. What bone marking is being described?

What bit pattern is represented by the following hexadecimal pattern: 6A3 Answer must contain 4 bits per symbol.

Use hexadecimal notation to represent the following bit pattern: 1101110000111111 Letters in your answer should be capitalized.

Perform the following addition in binary notation: 1011.01 + 1.101

Convert to binary: 23 Your answer must start with a 1 (no leading zeros).

valid = 7 * 2 – 5 / 3;

num = 17 / 2.0 + 4;

More Practical Tools for Students Powered by AI Study Helper

Homework AI Solver

Stylized AI Paper Writer

Plagiarism Checker Assistant

Citation AI Academic Writing Tool

In-Class Translation Assistant

AI Note Generator

AI Quiz Answers

Past Exam Questions from University Test Bank

Smart Practice Assistant

Adaptive Practice

Making Your Study Simpler