What Time Is The Voice On At Tonight Check Tonight Schedules Now

Understanding Scheduled Voice-Based Content and Tonight’s Broadcasts

Platforms Hosting Scheduled Voice-Based Content

Key Consideration: Schedules for voice-based content are often published on official websites, mobile applications, or integrated into device interfaces (e.g., smart speakers). Some platforms also provide real-time notifications or reminders for upcoming broadcasts.

• Radio Stations (Traditional and Digital)
  Voice content includes live DJ shows, news updates, talk radio, and music programming. Schedules are typically published on station websites, mobile apps (e.g., TuneIn, iHeartRadio), or broadcast schedules in local newspapers. Digital radio (e.g., SiriusXM, DAB) may offer on-screen program guides during playback.
• Streaming Services (Podcasts, Audiobooks, Live Streams)
  Platforms like Spotify, Apple Podcasts, and YouTube feature pre-recorded or live audio content. Schedules for live streams (e.g., virtual events, interviews) are announced via platform updates, email newsletters, or social media. Podcast releases follow episodic calendars, often listed in subscription feeds.
• News Broadcasts (TV/Radio Hybrid, Dedicated Audio Channels)
  Networks like NPR, BBC Radio, or Fox News Radio provide structured news segments with fixed airtimes. Schedules are available on news organization websites, mobile apps, or integrated into smart TV/radio interfaces. Some services offer "breaking news" interruptions, which may override scheduled programming.
• Smart Home Devices and Automated Systems
  Voice assistants (e.g., Amazon Alexa, Google Assistant) deliver scheduled alerts, weather updates, or interactive voice response (IVR) systems (e.g., bank notifications, flight status). Schedules for these are configured via user settings in companion apps or device menus. Automated services (e.g., traffic reports) often run at fixed intervals.
• Corporate and Institutional Broadcasts
  Internal communications (e.g., company announcements, emergency alerts) or educational institutions (e.g., lecture recordings) use scheduled voice dissemination. Access is typically restricted to authorized users via intranet portals or dedicated apps, with schedules shared through internal calendars.

Comparison of Voice-Based Content Platforms and Tonight’s Schedules

Real-World Examples of Tonight’s Voice-Based Broadcasts

• Live Call-In Show: The Dave Ramsey Show (SiriusXM Channel 111)

  Description: A 2-hour live financial advice program featuring callers discussing debt management, investing, and budgeting. Ramsey engages in real-time Q&A with listeners.
  Tonight’s Schedule: 7:00 PM – 9:00 PM EST.
  Access: SiriusXM app, satellite radio, or connected car systems.

• Pre-Recorded News Segment: PBS NewsHour (NPR Affiliate Rebroadcast)

  Description: A 1-hour nightly news program covering domestic and international events, interviews, and analysis. Tonight’s episode includes a segment on climate policy and a profile of a Nobel laureate.
  Tonight’s Schedule: 9:00 PM – 10:00 PM EST (repeated at 11:00 PM EST on some affiliates).
  Access: NPR One app, PBS website, or local NPR station (e.g., WETA in Washington

  

  Methods to Retrieve Tonight’s "Voice On" Schedule

  Accessing tonight’s schedule for voice-based broadcasts, such as BBC World Service or local AM/FM radio, requires reliable and real-time methods to ensure listeners can plan accordingly. Below are structured procedures for retrieving schedules via websites, mobile applications, and phone calls, alongside guidance for voice-activated assistant users and support for interpreting ambiguous listings.
  

  Website Lookup Procedure

  For users who prefer desktop or mobile web browsers, accessing schedules through official broadcaster websites is a straightforward method. Most platforms provide dedicated sections for programming schedules, including live voice segments.

  Tools Required:
  

  Internet-connected device (desktop, laptop, or smartphone)

  Web browser (Chrome, Firefox, Safari, Edge)

  Official broadcaster website URL

  Steps to Follow:
  1. Open a web browser and navigate to the official website of the desired voice service (e.g., BBC World Service or a local radio station’s site).
  2. Locate the "Programmes" or "Schedule" tab, typically found in the main menu or footer.
  3. Select the "Tonight’s Schedule" or "Live Broadcasts" filter, if available. Some sites require selecting a specific date.
  4. Filter by "Voice Segments" or "Live Hosts" if the schedule includes mixed content (e.g., music interspersed with voice).
  5. Note the exact timing of voice prompts or live host segments, including start/end times and durations.

  Potential Challenges:
  

  Website interfaces may lack real-time updates, especially for last-minute changes.

  Some local stations require regional selection before viewing schedules.

  Mobile browsers may load schedules slower than desktop versions.

  Mobile App Access Method

  Mobile applications offer convenience for on-the-go users, often providing push notifications for schedule updates. Apps may include features like offline access or customizable alerts for voice segments.

  Tools Required:
  

  Smartphone or tablet with internet connectivity

  Official broadcaster app (e.g., BBC Sounds, local radio station app)

  Device login credentials (if applicable)

  Steps to Follow:
  1. Download and install the official app from the App Store (iOS) or Google Play Store (Android).
  2. Open the app and log in (if required) to access personalized schedules.
  3. Navigate to the "Schedule" or "Tonight’s Broadcasts" section.
  4. Use the "Voice Segments" or "Live Host" filter to isolate audio-only content.
  5. Enable "Notifications" for real-time alerts if the app supports this feature.
  6. Bookmark or save the schedule for offline reference if needed.

  Potential Challenges:
  

  Some apps require account creation, which may delay access.

  Free versions may display limited schedule details compared to premium subscriptions.

  App updates may occasionally introduce bugs affecting schedule visibility.

  Phone Call Retrieval Process

  For users without internet access or preferring human assistance, contacting the broadcaster directly via phone remains a viable method. This approach ensures immediate clarification of ambiguous listings.

  Tools Required:
  

  Telephone (landline or mobile)

  Broadcaster’s customer service hotline (e.g., BBC World Service: +44 20 7557 1000 or local station numbers)

  Notepad and pen for recording details

  Steps to Follow:
  1. Locate the broadcaster’s customer service number from their official website or app.
  2. Dial the number and follow automated prompts to reach the "Programming Information" or "Schedule Assistance" department.
  3. State the request clearly: "I require tonight’s voice segment schedule for [specific program/service]." 4. Listen for automated responses or transfer to a live agent if prompted.
  5. Record the provided times, including any disclaimers (e.g., "Subject to change").
  6. Ask for confirmation of live host availability if the schedule mentions "voice prompts active 20/7" but no specific host time.

  Potential Challenges:
  

  Long wait times during peak hours (e.g., evenings or weekends).

  Automated systems may not provide detailed voice segment schedules.

  Language barriers or regional call routing may affect service quality.

  Voice-Activated Assistant Commands

  Users relying on smart speakers (e.g., Amazon Alexa, Google Assistant) can query schedules with voice commands, though responses may lack granularity compared to direct methods.

  Sample Voice Commands and Expected Responses:

  "Alexa, what is the schedule for BBC World Service voice segments tonight?" Expected Response:
  "Tonight’s BBC World Service includes live voice segments from 10:00 PM to midnight GMT. For exact timings, check the BBC website or app."

  "Hey Google, when is the next live host on [Local Radio Station]?" Expected Response:
  "The next live host on [Station Name] is scheduled for 10:00 PM local time. Would you like me to set a reminder?"

  Limitations:
  

  Assistants may only provide high-level summaries, not detailed voice segment timings.

  Responses depend on pre-loaded data; real-time updates are rare.

  Accents or background noise may affect command recognition.

  Interpreting Ambiguous Schedule Listings

  Schedules often use phrases like "voice prompts active 24/7" or "live host at 10 PM" without clarifying whether these are automated or human-led segments. Below is a script for resolving ambiguity via customer support.

  Script for Clarification:
  "Good [morning/afternoon/evening], I’m calling to clarify tonight’s voice segment schedule for [Program Name]. The online listing states ‘voice prompts active 24/7,’ but I’d like to confirm if this includes a live host at 10 PM or if it’s automated. Could you specify the nature of the voice content during that time slot?"

  Follow-Up Questions if Needed:
  

  "Are there any breaks in the voice prompts, or is it continuous?"

  "Will the 10 PM slot feature a guest interview, or is it a pre-recorded segment?"

  "Can you confirm if this applies to all time zones or just [specific region]?"

  Support Response Examples:
  

  "The 10 PM slot is a live interview with [Guest Name], while other hours feature automated news updates."

  "Voice prompts are active 24/7, but live hosts appear only during prime slots (e.g., 10 PM–12 AM)."

  Potential Outcomes:
  

  Resolution of confusion between automated and live content.

  Confirmation of regional applicability (e.g., time zone differences).

  Identification of unscheduled breaks or ad inserts.

  Table: Comparative Overview of Retrieval Methods

  The following table summarizes the three primary methods for accessing tonight’s voice schedule, including tools, steps, and challenges.
  

  Method	Tools Required	Steps to Follow	Potential Challenges
  Website Lookup	Internet, browser, URL	Navigate to broadcaster site → Schedule tab → Filter by voice segments → Note timings.	Real-time updates may lag; regional selection required for local stations.
  Mobile App	Smartphone, app, login (if needed)	Install app → Log in → Schedule section → Enable notifications → Save for offline use.	App login delays; limited free-tier details; occasional bugs.
  Phone Call	Telephone, customer service number	Dial number → Follow prompts → Request voice schedule → Record details.	Long wait times; automated systems may lack detail; language barriers.
  Voice Assistant	Smart speaker (Alexa/Google)	Activate device → Use command (e.g., "What’s tonight’s voice schedule?") → Note response.	Summarized responses; no real-time updates; command recognition issues.

  Technical and Regional Factors Influencing "Voice On" Broadcast Timing

  The scheduling of "Voice On" broadcasts is subject to variations arising from geographical, technical, and regulatory factors. Time zones, daylight saving time (DST) adjustments, and local broadcasting laws create discrepancies in when listeners in different regions receive the same content. For instance, a live event originating in Los Angeles may air simultaneously in London but with a delay due to time differences, while digital streaming platforms may apply buffering or regional restrictions. Understanding these factors ensures accurate scheduling and minimizes confusion for users across global audiences.

  Regional and technical discrepancies in "Voice On" timing stem from three primary influences: time zone offsets, daylight saving time transitions, and broadcasting regulations. These elements interact to determine whether a schedule is displayed in local time, UTC, or adjusted for regional consumption. Below, case studies for Los Angeles (Pacific Time Zone) and London (Greenwich Mean Time) illustrate how these factors manifest in practice.
  

  Time Zone and Daylight Saving Adjustments

  The primary determinant of "Voice On" timing is the time zone offset between the broadcast origin and the listener’s location. For example:
  

  A live stream originating in Los Angeles (PT, UTC-8 or UTC-7 during DST) will appear 5 hours earlier in London (GMT, UTC+0 or UTC+1 during DST).

  Conversely, a London-based broadcast will be 8 or 9 hours ahead of Los Angeles, depending on DST status.

  Daylight Saving Time (DST) further complicates scheduling:
  

  In the U.S., DST begins on the second Sunday in March (clocks move forward by 1 hour) and ends on the first Sunday in November (clocks move back).

  In the UK, DST follows a similar pattern but aligns with EU regulations (last Sunday in March to last Sunday in October).

  During DST transitions, "Voice On" schedules may shift by ±1 hour for listeners in affected regions, while those in non-DST zones (e.g., parts of India or Saudi Arabia) remain unaffected.

  Example Scenario:
  A "Voice On" event scheduled for 20:00 PT (Los Angeles) during summer (UTC-7) translates to:
  

  03:00 GMT+1 (London, next day) if no adjustments are made.

  04:00 GMT+1 (London, next day) if the schedule accounts for DST in both regions.

  To mitigate confusion, broadcasters may:
  

  Display schedules in UTC with regional conversions provided.

  Offer automatic DST detection in apps or smart speakers.

  Include time zone selectors for users to adjust displays dynamically.

  Customizable Time Converter Script for "Voice On" Schedules

  A dynamic time converter allows users to input their current location and retrieve adjusted "Voice On" timings. Below is a pseudo-script (JavaScript-like syntax) demonstrating how such a tool could function. Users input their origin city (e.g., Tokyo) and target city (e.g., New York), and the system calculates the offset, including DST adjustments.

  // Example: Time Converter Logic for "Voice On" Schedules
  function adjustVoiceOnTime(userLocation, targetLocation, eventTime) {
  const timeZones = {
  "Tokyo": { offset: 9, dst: false }, // UTC+9 (no DST)
  "New York": { offset: -5, dst: true }, // UTC-5/-4 (DST varies)
  "London": { offset: 0, dst: true }, // UTC+0/+1 (DST varies)
  "Los Angeles": { offset: -8, dst: true } // UTC-8/-7 (DST varies)
  };

  // Fetch current DST status for target location (simplified)
  const isTargetDST = checkDST(targetLocation);

  // Calculate base offset (without DST)
  let baseOffset = timeZones[targetLocation].offset - timeZones[userLocation].offset;

  // Apply DST adjustments if applicable
  if (timeZones[targetLocation].dst && isTargetDST) {
  baseOffset += 1; // Target is in DST
  }
  if (timeZones[userLocation].dst && checkDST(userLocation)) {
  baseOffset -= 1; // User location is in DST
  }

  // Convert event time to target time zone
  const adjustedTime = new Date(eventTime);
  adjustedTime.setHours(adjustedTime.getHours() + baseOffset);

  return adjustedTime.toLocaleTimeString('en-US', { timeZone: targetLocation });
  }

  // Helper function to check DST status (simplified)
  function checkDST(location) {
  const now = new Date();
  const month = now.getMonth();
  // Logic to determine if DST is active (e.g., March–November for US/UK)
  return (location === "New York" || location === "London" || location === "Los Angeles") &&
  (month >= 2 && month <= 10);
  }

  Key Features of the Converter:
  

  User Input: Selects origin and target cities from a dropdown.

  DST Handling: Automatically adjusts for DST in both locations.

  Output: Displays the "Voice On" time in the target city’s local format (e.g., "New York: 8:00 PM EDT").

  Edge Cases: Accounts for non-DST regions (e.g., Tokyo) and overlapping DST periods.

  Technical Terms in "Voice On" Scheduling

  Users encountering "Voice On" schedules may encounter specialized terminology related to broadcasting, streaming, and time synchronization. Below is a glossary of key terms with plain-language definitions:
  

  Offset Hours
  The numerical difference in hours between two time zones (e.g., Los Angeles is UTC-8, London is UTC+0, so the offset is +8 hours). Used to convert schedules between regions.

  Simulcast Delay
  A slight delay (typically <10 seconds) introduced in live streams to ensure synchronization across platforms. Common in digital radio or smart speaker broadcasts to prevent audio desynchronization.

  Buffered Stream
  A streaming method where content is pre-loaded into a temporary storage (buffer) before playback. Reduces latency but may cause minor delays (e.g., 15–30 seconds) during peak usage or poor connectivity.

  UTC (Coordinated Universal Time)
  The global time standard (UTC+0) used as a reference point for scheduling. Many broadcast systems display "Voice On" times in UTC before converting to local time.

  Regional Blackout
  A restriction where certain broadcasts are unavailable in specific areas due to licensing, copyright, or local regulations (e.g., sports events or premium content).

  Smart Speaker Latency
  The delay between a voice command (e.g., "Play Voice On") and the start of playback, typically <2 seconds for local content but longer for cloud-streamed audio (3–5 seconds).

  Reliability of "Voice On" Schedules Across Platforms

  The consistency of "Voice On" schedules varies by delivery method, each with unique vulnerabilities to disruptions. Below is a comparison of analog radio, digital streaming, and smart speaker integrations, including common failure points:
  

  Analog Radio (AM/FM)
  

  Reliability: High for local broadcasts but prone to signal interference (weather, distance).

  Disruptions:

  Static or fading during storms or at signal edges.

  Frequency conflicts with emergency broadcasts (e.g., NOAA weather alerts).

  No real-time updates for schedule changes (requires manual announcements).

Digital Streaming (Internet Radio, Apps)


Reliability: Dependent on internet stability; susceptible to buffering and server delays.

Disruptions:

Simulcast delays (10–30 seconds) due to encoding/transcoding.

App crashes or playback errors (e.g., Spotify, TuneIn glitches).

Geo-blocking restricting access to certain regions.

CDN latency adding 1–2 seconds in high-traffic scenarios.

Smart Speaker Integrations (Alexa, Google Assistant)


Reliability: Relies on cloud processing and voice recognition accuracy.

Disruptions:

Voice command misinterpretation (e.g., "Voice On" vs. "Voice One").

Wake-word delays (0.5–2 seconds) before processing.

Internet dependency—offline speakers fail to fetch schedules.

Platform-specific bugs (e.g., Alexa skill downtime, Google Assistant latency spikes).

Cross-Platform Consistency:

• Live



User Experience and Accessibility in Voice-Based Broadcast Scheduling

Voice-based broadcasts, including scheduled "Voice On" programs, must prioritize inclusivity to ensure all users—regardless of disability—can access timing information effectively. Accessibility features such as screen readers, alternative text formats, and real-time captions play a critical role in bridging gaps for visually impaired, hearing-impaired, or neurodivergent audiences. Platforms and broadcasters integrate these solutions into their interfaces, but their effectiveness depends on user awareness, technical implementation, and regional compliance with accessibility standards (e.g., WCAG 2.1, ADA, or EN 301 549). Below, structured guidance covers platform-specific solutions, user feedback mechanisms, and alternative distribution methods for schedules.


Accessibility Features for Announcing "Voice On" Schedules

Platforms employ a mix of built-in and third-party tools to announce broadcast timings in accessible formats. These features often overlap with broader accessibility protocols but require tailored configurations for voice-based content. Key solutions include:

- Screen readers and text-to-speech (TTS): Platforms like Apple VoiceOver, NVDA, or Windows Narrator convert digital schedule displays into audible formats. For example, smart TV apps (e.g., Roku, Fire TV) use TTS to read on-screen schedules aloud when users navigate to the "Voice On" section.


• Closed captions (CC) and subtitles: Live or pre-recorded captions accompany audio announcements of schedule changes, ensuring users with hearing impairments stay informed. Some platforms (e.g., BBC iPlayer) offer "caption tracks" that sync with voice guides.
• Haptic feedback: Devices like smart speakers (Amazon Echo, Google Home) vibrate or emit sounds to signal schedule updates, aiding users with visual or auditory limitations.
• Sign language interpreters: Select broadcasts (e.g., public radio stations in the UK or US) include sign language avatars or live interpreters in video streams, though this is less common for text-based schedules.

Importance of Context: These features must be proactively enabled by users or default-enabled by platforms, as reliance on manual activation can exclude those with temporary or situational disabilities (e.g., checking schedules in noisy environments).


Platform Solutions for Accessibility Needs

The following table outlines common accessibility needs, platform-specific solutions, activation methods, and inherent limitations. Solutions are categorized by disability type, with examples from major broadcasters and streaming services.


Accessibility Need	Platform Solution	How to Activate	Limitations
Visual impairments (screen reader users)	Screen reader compatibility (VoiceOver, JAWS, NVDA) for web/mobile apps. Audio descriptions of schedule changes (e.g., "Voice On at 20:00 UTC"). Braille-compatible e-ink displays for tactile schedules (e.g., public radio kiosks).	Enable screen reader in device settings (e.g., iOS: Settings > Accessibility > VoiceOver). Use platform-specific shortcuts (e.g., Windows: Win + Ctrl + Enter for Narrator). Download braille schedules via email/USSD (e.g., some European public broadcasters).	Inconsistent TTS quality across platforms (e.g., robotic voices in low-cost apps). Braille schedules limited to physical distribution (no digital sync for real-time updates). Some apps require third-party plugins (e.g., Firefly for JAWS).
Hearing impairments (deaf/hard of hearing)	Real-time captions (e.g., YouTube Live, BBC iPlayer). Sign language interpreters in video streams (e.g., C-SPAN, Deutsche Welle). Visual alerts (flashing icons, color-coded timers) for schedule changes.	Enable CC in player settings (e.g., YouTube: ⚙️ > Subtitles/CC). Select sign language tracks in broadcast menus. Adjust OS accessibility settings for visual alerts (e.g., Windows: Flashing lights).	Captions may lag behind audio (1–3 seconds delay). Sign language content requires video streams (not text-based). Visual alerts can be distracting in public settings.
Motor impairments (limited dexterity)	Voice-controlled navigation (e.g., "Alexa, show Voice On schedule"). Large-touch targets and swipe gestures for mobile apps. Keyboard shortcuts for desktop access (e.g., Alt+Tab to switch apps).	Enable voice commands in smart speaker settings. Adjust app display size (e.g., Android: Settings > Accessibility > Font size). Use platform-specific shortcuts (e.g., Windows: Win + L to lock screen with accessibility menu).	Voice recognition accuracy varies by accent/background noise. Gesture-based navigation may not work on all devices. Keyboard shortcuts often require memorization.
Cognitive disabilities (neurodivergent users)	Simplified schedule formats (e.g., icon-based timers, color-coded days). Audio cues with repetitive verbal confirmation (e.g., "Voice On in 5 minutes"). Progressive disclosure (hide advanced options by default).	Select "Easy Read" mode in app settings (e.g., BBC Sounds). Enable "Reminders" for schedule changes via email/SMS. Use platform-specific themes (e.g., high-contrast displays).	Simplified formats may lack detail for complex schedules. Repetitive audio cues can be intrusive. Limited customization for personal preferences.

Note: Platforms like BBC, NPR, and Deutsche Welle lead in accessibility compliance, often integrating multiple solutions into a single interface. However, regional variations exist—e.g., US platforms prioritize screen readers, while EU broadcasters emphasize braille and sign language support.


User Feedback Survey Template for "Voice On" Schedule Accessibility

Gathering structured feedback helps identify pain points in schedule accessibility. Below is a template for a 5-minute survey targeting users with diverse needs. Questions are designed to uncover friction points while avoiding leading bias.


Survey Title: "Accessibility of Voice On Broadcast Schedules" Target Audience: Users who rely on voice-based schedules (e.g., public radio listeners, smart speaker users, screen reader dependents).
Distribution: Embedded in app settings, email newsletters, or accessibility forums (e.g., Reddit’s r/blind or WebAIM communities).

Section 1: General Experience

1. How do you primarily access "Voice On" schedules?
   • Smart speaker (e.g., Alexa, Google Home)
   • Mobile app (iOS/Android)
   • Desktop website
   • TV app (e.g., Roku, Fire TV)
   • Other (please specify

     Navigating tonight’s "voice on" schedule demands a blend of technical awareness, regional adaptability, and user-centric solutions to overcome common obstacles such as time zone mismatches, platform-specific access hurdles, or ambiguous listings. By leveraging structured methods—from website lookups and mobile apps to voice-activated queries—users can efficiently retrieve schedules while mitigating disruptions like signal loss or app delays. This guide underscores the importance of accessibility features, such as screen readers or braille guides, to ensure inclusive access, and highlights the role of customizable time converters in bridging geographical gaps. Ultimately, the key to mastering voice-based content scheduling lies in combining proactive research with platform-specific strategies, empowering users to align their routines with the precise timing of broadcasts, alerts, or interactive services.

     The evolving landscape of voice-based media—spanning radio, podcasts, and smart home integrations—necessitates a dynamic approach to scheduling that accounts for both technical and human factors. Whether adjusting for daylight saving time in Los Angeles or interpreting a live host’s segment amidst 24/7 voice prompts, clarity and preparation are essential. By applying the methods, tools, and insights outlined here, users can transform the often fragmented process of checking schedules into a streamlined, reliable experience. The future of voice content lies in its accessibility, and this guide serves as a foundational resource to navigate it effectively.

     FAQ

     What time does The Voice UK air tonight?

     The Voice UK (BBC One) typically broadcasts at 9:00 PM BST on weeknights. Check tonight’s schedule on the BBC website for live or delayed times, as repeats or special episodes may vary.

     What time is The Voice on tonight on Tuesday?

     The Voice (US) usually airs at 8:00 PM ET / 5:00 PM PT on NBC on Tuesdays. Confirm tonight’s episode on NBC’s schedule for any time changes or live delays.

     What time is The Voice on tonight in Australia?

     The Voice Australia (Network 10) typically airs at 7:30 PM AEST (Sydney/Melbourne) on weeknights. For tonight’s exact time in your city, check 10 Play’s schedule.

     What time is The Voice on tonight in 2025?

     The Voice hasn’t announced its 2025 schedule yet. As of 2024, US seasons air in late winter/early spring (e.g., Season 23 starts January 2025), but confirm dates on NBC’s official site when released.

     What time is The Voice on tonight in the USA?

     The Voice (US) airs at 8:00 PM ET / 5:00 PM PT on NBC weeknights. Tonight’s episode may be live or a repeat; verify on NBC’s schedule for exact timing.

     What time is The Voice on tonight Eastern Time?

     The Voice (US) is on tonight at 8:00 PM ET on NBC. If it’s a live episode, it starts then; repeats or specials may vary—check NBC’s live TV guide for updates.

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