GH-900 Exam Questions
Exam Details
| Vendor: | Microsoft |
| Exam Code: | GH-900 |
| Exam Name: | GitHub Foundations |
| Certification: | Microsoft GitHub Certifications |
| Total Questions: | 75 |
| Last Updated: | Mar 01, 2026 |
Original price was: $79.00.$59.00Current price is: $59.00.
Description
Official Microsoft GH-900 Valid Free Exam Questions
The GH-900 Exam is a globally recognized certification test that assesses your understanding of hardware architecture, system optimization, and device integration. It’s ideal for technicians and IT professionals who want to validate their skills in modern computing environments. Earning this credential enhances credibility and opens doors to advanced roles in infrastructure and support operations.
Who Is This GH-900 Exam Really For?
This exam is designed for IT specialists, field engineers, and hardware maintenance technicians looking to prove their expertise in system diagnostics, component troubleshooting, and performance tuning. It’s also valuable for anyone pursuing an entry-level to mid-level career in enterprise hardware management or infrastructure support.
Exam Structure at a Glance
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Total Questions: 90 (multiple choice + scenario-based)
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Duration: 120 minutes
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Difficulty Level: Intermediate to Advanced
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Passing Score: 750 / 1000
Key Exam Domains & Weightage
| Domain | Description | Weightage |
|---|---|---|
| Hardware Components | Identifying and configuring system parts | 20% |
| System Architecture | Understanding hardware layers and communication | 25% |
| Troubleshooting & Maintenance | Diagnosing, repairing, and optimizing systems | 20% |
| Security & Compliance | Implementing safe and compliant hardware practices | 15% |
| Performance Tuning | Enhancing device and system performance | 20% |
Eligibility Requirements
Candidates should have at least 1 year of experience in IT hardware or system administration. A fundamental knowledge of computer architecture, BIOS configuration, and basic network connectivity is recommended but not mandatory. Completion of a training course from an authorized GH-900 provider can also help improve readiness.
How Much Does the GH-900 Exam Cost?
The GH-900 exam fee is $295 USD, which equals approximately PKR 82,500 (based on current rate). Prices may vary slightly depending on the test delivery partner or local taxes in Pakistan.
5-Step Strategy to Pass GH-900
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Week 1: Understand the exam structure and study the official GH-900 objectives.
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Week 2: Focus on hardware components and system architecture modules.
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Week 3: Practice troubleshooting and maintenance case studies.
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Week 4: Complete mock tests and identify weaker areas.
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Final Days: Review explanations, domain charts, and simulation questions.
Frequently Asked Questions — GH-900 Exam
Q1: How long is the GH-900 certification valid?
A: It’s valid for 3 years from the date of passing.
Q2: Is the GH-900 exam open book?
A: No, it’s a closed-book proctored exam.
Q3: Can I retake the GH-900 if I fail?
A: Yes, after a 14-day waiting period and fee repayment.
Q4: What score is needed to pass?
A: You must score at least 750 points out of 1000.
Q5: Are there any free GH-900 resources?
A: You can find sample questions and overviews on the official GH Institute website.
Success Rate: 97% of candidates who used ValidExams GH-900 practice sets passed on their first try.
GH-900 Free Exam Questions & Answers:
Question 1 — Commits & Pull Requests
How are commits related to pull requests?
NOTE: Choose the most accurate description of their relationship.
| A | Commits are made on a branch that can have a linked pull request. |
| B | Commits can only be made after a pull request is created. |
| C | Commits can only be made before a pull request is created. |
| D | Commits are made on a pull request that can have a linked branch. |
Commits are created on a branch, and that branch may have an associated pull request that tracks its commits and prepares them for review and merge into a target branch.
Commits can be pushed to the branch both before and after the pull request is opened, and any new commits automatically appear in the same pull request.
Options B and C are incorrect because they restrict commits to only before or only after PR creation, and option D is incorrect because commits are not made “on” a pull request; they are always made on a branch.
Question 2 — Organization Member vs Outside Collaborator
What is the difference between an organization member and an outside collaborator?
| A | Organization base permissions do not apply to outside collaborators. |
| B | Two-factor authentication (2FA) is not required for outside collaborators. |
| C | Outside collaborators cannot be given the admin role on a repository. |
| D | Outside collaborators do not consume paid licenses. |
Organization members inherit the organization’s base permissions and policies across all repositories, while outside collaborators only get explicit access on specific repositories.
Because they are not members, organization-wide base permissions do not apply to outside collaborators, which is why option A is correct.
Options B and D oversimplify licensing and 2FA rules, and option C is wrong because outside collaborators can be granted any repository-level permission, including admin, if configured.
Question 3 — Defining Features of Git
What are the defining features of Git?
| A | Distributed version control, open source software, and being designed for handling projects of any size with efficiency. |
| B | Sequential version control, cloud-based hosting service, and being designed for collaboration on large projects. |
| C | Low-cost local branching, convenient staging areas, multiple workflows, and being designed for managing small projects. |
| D | Centralized version control, proprietary software, and being designed for small projects. |
Git is a distributed version control system where every clone contains the full repository history, and it is open source with an active community.
It is optimized to handle projects of any size efficiently, from small personal repos to very large codebases with many contributors.
Options B and D incorrectly describe centralized or proprietary systems, and option C understates Git’s scalability by implying it is only for small projects.
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