Cloud Platform Solutions (D338)
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Free Cloud Platform Solutions (D338) Questions
What is the maximum capacity per link for a direct peering connection in Google Cloud Platform?
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1 Gbps
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4 Gbps
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8 Gbps
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10 Gbps
Explanation
Correct Answer
d) 10 Gbps
Explanation
In Google Cloud Platform, the maximum capacity per link for a direct peering connection is 10 Gbps. This high capacity supports the transfer of large amounts of data between the on-premises infrastructure and the cloud environment, ensuring that the connection can handle significant workloads for organizations requiring high throughput.
Why other options are wrong
a) 1 Gbps
1 Gbps is a much lower capacity and not typically the maximum offered by Google Cloud's direct peering connections. This would be too limiting for larger data transfers.
b) 4 Gbps
While Google Cloud does offer high-speed links, 4 Gbps is not the maximum. The maximum capacity for a direct peering link is 10 Gbps.
c) 8 Gbps
8 Gbps is also below the maximum capacity available for direct peering connections. Google Cloud supports 10 Gbps per link as the maximum for direct peering.
Which monitor within the Network Performance Monitor (NPM) is used to test outbound traffic from a network to an open website port?
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Azure Log
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Service Connectivity
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Performance
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ExpressRoute
Explanation
Correct Answer
B. Service Connectivity
Explanation
The Service Connectivity monitor within Network Performance Monitor (NPM) is used to test outbound traffic from a network to an open website port. This monitor helps verify the availability and performance of specific services on the network by measuring connectivity to endpoints such as websites.
Why other options are wrong
A. Azure Log
Azure Log monitor is used for logging and monitoring services but does not specifically test outbound traffic to website ports.
C. Performance
Performance monitor in NPM tracks network performance metrics, such as latency and packet loss, but it is not designed specifically to test connectivity to open website ports.
D. ExpressRoute
ExpressRoute monitor is used for monitoring private connections between on-premises networks and Azure via ExpressRoute, not for testing outbound traffic to website ports.
What is the highest scope level for role-based access control (RBAC) role assignments?
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Management group
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Resource group
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Subscription
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Owner
Explanation
Correct Answer
A. Management group
Explanation
The highest scope level for role-based access control (RBAC) role assignments in Azure is the management group. Management groups allow you to organize and manage access, policies, and compliance across multiple subscriptions. Assigning roles at the management group level grants access to all resources within the group and its associated subscriptions.
Why other options are wrong
B. Resource group
A resource group is a container for Azure resources and can be used as a scope for RBAC assignments, but it is not the highest level. It is more granular compared to a management group.
C. Subscription
A subscription is a logical unit of Azure services, and RBAC roles can be assigned at the subscription level. However, management groups are a higher-level scope that can span multiple subscriptions.
D. Owner
Owner is a role, not a scope. The Owner role provides full access to all resources within a scope but is not a scope itself. The highest scope for RBAC assignments is the management group.
An organization decides to use a VPN gateway and VNet-to-VNet connection to enable connectivity between two Azure virtual networks. Which cloud services need to be provisioned for both VNets?
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Gateway subnets, VPN gateways, and two gateway connections for both directions
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Gateway subnets, VPN gateways, and one gateway connection for any direction
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VPN gateways and two gateway connections for both directions
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VPN gateways and one gateway connection for any direction
Explanation
Correct Answer
B. Gateway subnets, VPN gateways, and one gateway connection for any direction
Explanation
To implement a VNet-to-VNet VPN connection in Azure, both virtual networks must have a gateway subnet and a VPN gateway configured. However, only one gateway connection is needed to establish the bi-directional link between the two networks. Once the connection is established, communication flows both ways, eliminating the need for a second connection.
Why other options are wrong
A. Gateway subnets, VPN gateways, and two gateway connections for both directions
This is incorrect because only one connection is necessary for bidirectional communication. Azure VPN gateway connections are inherently bidirectional, so provisioning two is unnecessary and would increase complexity and cost.
C. VPN gateways and two gateway connections for both directions
Although VPN gateways are required, this option omits the necessary gateway subnet and incorrectly states that two connections are needed. The gateway subnet is essential to define the range used by the VPN gateway.
D. VPN gateways and one gateway connection for any direction
This option leaves out the gateway subnet, which is a required component for deploying VPN gateways in each VNet. Without a gateway subnet, the VPN gateway cannot be deployed or function properly.
Which schema URL is used when deploying a virtual machine (VM) using an Azure Resource Manager (ARM) template targeted at a resource group?
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https://schema.management.azure.com/schemas/2015-01-01/deploymentTemplate.json
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https://schema.management.azure.com/schemas/2018-05-01/policyDefinition.json
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https://schema.management.azure.com/schemas/2018-05-01/subscriptionDeploymentTemplate.json
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https://schema.management.azure.com/schemas/2015-01-01/deploymentParameters.json
Explanation
Correct Answer
A. https://schema.management.azure.com/schemas/2015-01-01/deploymentTemplate.json
Explanation
The correct schema URL used when deploying a virtual machine (VM) via an Azure Resource Manager (ARM) template targeted at a resource group is https://schema.management.azure.com/schemas/2015-01-01/deploymentTemplate.json. This schema is for defining the structure of the ARM template for resource deployments, including virtual machines.
Why other options are wrong
B. https://schema.management.azure.com/schemas/2018-05-01/policyDefinition.json
This schema is used for defining Azure policy definitions, not for deploying resources like virtual machines.
C. https://schema.management.azure.com/schemas/2018-05-01/subscriptionDeploymentTemplate.json
This schema is not the correct one for deploying a VM within a resource group. It may be used for subscription-level deployments but not for resource group-level deployments.
D. https://schema.management.azure.com/schemas/2015-01-01/deploymentParameters.json
This schema refers to the parameters used in ARM templates, but it is not the schema for the actual deployment template. The deployment template schema (option A) is the correct choice for defining the deployment itself.
Which Google Cloud Platform service is specifically designed for real-time database needs in mobile applications?
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Cloud Firestore
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Cloud SQL
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Cloud Spanner
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Cloud Bigtable
Explanation
Correct Answer
A. Cloud Firestore
Explanation
Cloud Firestore is a NoSQL document database that is specifically designed for mobile and web applications. It supports real-time synchronization and offline capabilities, making it a perfect fit for mobile apps that need to respond to changes in real-time data.
Why other options are wrong
B. Cloud SQL
Cloud SQL is a fully-managed relational database service that supports SQL databases like MySQL, PostgreSQL, and SQL Server. It is not optimized for real-time data needs in mobile applications.
C. Cloud Spanner
Cloud Spanner is a globally distributed relational database service that provides strong consistency across large-scale applications. While it supports large, distributed workloads, it’s not specifically designed for real-time data synchronization in mobile applications.
D. Cloud Bigtable
Cloud Bigtable is a NoSQL database that is suitable for high-throughput applications like time-series data or analytics, but it is not specifically optimized for real-time database needs in mobile applications like Firestore.
What does Azure Resource Manager (ARM) incremental mode do?
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It deletes resources that exist in the resource group that are not specified in the template.
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It changes existing resources in the resource group if they are specified in the template and the settings are different.
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It prompts the user about conflicts between existing resources and resources specified in the template.
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It creates additional copies of resource conflicts and appends a "1" to the new resource name.
Explanation
Correct Answer
B. It changes existing resources in the resource group if they are specified in the template and the settings are different.
Explanation
ARM incremental mode allows resources in a resource group to be modified according to the changes specified in the deployment template. If resources exist that are not defined in the template, they will remain unaffected. However, if changes are made to existing resources that are specified in the template, those resources will be updated to match the template.
Why other options are wrong
A. It deletes resources that exist in the resource group that are not specified in the template.
This describes "Complete mode," not incremental mode. In complete mode, resources not included in the template are deleted, but incremental mode only updates or adds resources that are specified.
C. It prompts the user about conflicts between existing resources and resources specified in the template.
ARM incremental mode does not prompt the user about conflicts. It simply updates the existing resources as per the template if they differ, without any user intervention.
D. It creates additional copies of resource conflicts and appends a "1" to the new resource name.
This option is not related to ARM deployment modes. In ARM, resources are either updated or added; there is no automatic creation of resource copies with appended names in incremental mode.
A company plans to implement Azure Multi-Factor Authentication (MFA). What is the maximum number of factors that can be used during a single sign-in event?
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2
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3
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4
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5
Explanation
Correct Answer
A. 2
Explanation
Azure Multi-Factor Authentication (MFA) supports up to two factors during a single sign-in event. Typically, MFA involves two of the following factors: something you know (e.g., a password), something you have (e.g., a mobile device), or something you are (e.g., a fingerprint). There is no support for more than two factors in a single authentication request.
Why other options are wrong
B. 3
Azure MFA does not support using three factors in a single sign-in event. Only two factors are allowed.
C. 4
Similar to option B, Azure MFA does not allow for four factors during a single authentication process.
D. 5
Azure MFA does not allow for five factors. The maximum number of factors supported is two.
Which feature is used to categorize resource groups to track utilization across multiple tenants in Azure?
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Tags
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Quotas
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Limits
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Budgets
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Instances
Explanation
Correct Answer
A. Tags
Explanation
Tags in Azure are metadata elements that allow users to categorize resources, such as resource groups, for better management and tracking. They are especially useful for tracking usage and costs across different tenants, projects, departments, or environments. By assigning tags, users can easily filter and analyze resources in Azure Cost Management and other tools.
Why other options are wrong
B. Quotas
Quotas refer to the service limits set on Azure resources to prevent over-provisioning or overuse, not for categorization. They control how much of a resource can be used but do not assist in organizing or tracking across multiple tenants.
C. Limits
Limits are similar to quotas in that they define the maximum capacity for certain Azure services. However, they are not a categorization tool and do not help with tracking utilization across tenants or organizing resources.
D. Budgets
Budgets in Azure are used to set spending thresholds and receive alerts when usage approaches or exceeds budgeted amounts. While helpful for financial control, budgets do not serve to categorize resources for tracking across tenants.
E. Instances
Instances refer to specific deployed resources (e.g., virtual machines), not a categorization method. They are the objects being managed but don’t help in labeling or tracking across resource groups or tenants.
What is the minimum size of the gateway subnet?
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/28
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/29
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/30
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/31
Explanation
Correct Answer
C. /30
Explanation
The minimum size for a gateway subnet in Azure is a /30. This subnet provides enough IP addresses for the gateway and allows for routing between networks. A /30 subnet gives 4 IP addresses, with 2 usable IPs, which is the appropriate size for a gateway.
Why other options are wrong
A. /28
A /28 subnet provides 16 IP addresses, which is larger than necessary for a gateway subnet. Azure requires only a /30 subnet for the gateway.
B. /29
A /29 subnet provides 8 IP addresses, which is more than the minimum required. The correct subnet size for a gateway is /30.
D. /31
A /31 subnet provides only 2 IP addresses, which is insufficient for a gateway subnet, as it requires at least 4 IP addresses (for the network, broadcast, and gateway IPs).
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