How To Use Computationally In a Sentence? Easy Examples

Have you ever wondered how computers are able to perform complex calculations and solve intricate problems in a matter of seconds? The answer lies in the field of computational science, where advanced algorithms and high-speed processors work together to process information with incredible efficiency. In this article, we will explore the concept of computational science and how it plays a crucial role in various aspects of our modern world.

Computational science involves the use of computer simulations and mathematical models to analyze and solve scientific and engineering problems. This interdisciplinary field combines elements of computer science, mathematics, and domain-specific knowledge to achieve accurate and reliable results. Computationally intensive tasks can range from weather forecasting and drug discovery to optimizing industrial processes and creating realistic virtual environments.

To help you better understand the practical applications of computational science, we will provide you with several example sentences featuring the word “Computationally.” By examining these sentences, you will gain insight into how computational methods are employed in diverse fields to tackle complex problems and drive innovation forward. Let’s delve into the world of computational science and explore its endless possibilities together.

Learn To Use Computationally In A Sentence With These Examples

1. Computationally, how can we optimize our data analysis processes?
2. Have you considered the computationally efficient way to analyze these financial reports?
3. Let’s find a solution that is not computationally intensive.
4. Computationally, what are the advantages of using AI in our marketing strategies?
5. What are the potential risks of relying too heavily on computationally driven algorithms?
6. To stay ahead of the competition, we need to be computationally innovative.
7. Computationally, how can we enhance our customer segmentation methods?
8. It is crucial for our team to be computationally literate in this data-driven era.
9. Let’s explore computationally intelligent solutions for automating manual tasks.
10. Computationally, what are the best practices for cybersecurity in our industry?
11. Have you identified any computationally feasible solutions for streamlining our supply chain?
12. We should avoid taking computationally inefficient shortcuts in our software development.
13. Computationally, how can we improve the accuracy of our demand forecasting?
14. Can we delegate some computationally heavy tasks to external vendors to optimize costs?
15. Let’s adopt a computationally guided approach to decision-making for better results.
16. Computationally, why are real-time analytics crucial for our e-commerce platform?
17. We need to ensure that our systems are computationally robust to handle increased data loads.
18. Are we utilizing computationally advanced tools to streamline our project management processes?
19. Computationally, what are the main factors influencing our ROI calculations?
20. Let’s invest in computationally secure technologies to protect sensitive data.
21. It is important to continuously update our computationally driven algorithms to stay relevant.
22. Computationally, how can we reduce errors in our inventory management system?
23. Have we considered the computationally sustainable options for our cloud computing needs?
24. Let’s avoid any computationally unreliable software solutions for our business operations.
25. Computationally, what are the scalability limitations of our current IT infrastructure?
26. Can we integrate computationally smart features into our customer service platforms?
27. We must prioritize computationally sound solutions to ensure data integrity.
28. Are we leveraging computationally sophisticated tools for market trend analysis?
29. Let’s explore how we can make our website computationally faster for better user experience.
30. Computationally, what are the best practices for disaster recovery planning in our industry?
31. Have you identified any computationally wasteful processes in our production line?
32. It is essential to conduct computationally thorough risk assessments before implementing new technologies.
33. Computationally, how can we enhance collaboration among remote teams?
34. Let’s evaluate the computationally viable options for upgrading our CRM system.
35. Are we adopting computationally wise strategies for data encryption and privacy protection?
36. We need to align our business goals with computationally feasible solutions.
37. Computationally, why is it crucial to have redundancy in our critical systems?
38. Can we implement computationally efficient algorithms for dynamic pricing strategies?
39. Let’s explore computationally innovative ways to personalize our marketing campaigns.
40. It is important to have computationally reliable backup systems in place for data security.
41. Computationally, what are the implications of using blockchain technology in our operations?
42. Have we considered the computationally sustainable options for our energy consumption?
43. Let’s invest in computationally superior hardware for faster processing speeds.
44. Computationally, why is it important to have a multi-layered cybersecurity approach?
45. Can we automate computationally intensive tasks to improve efficiency?
46. We must ensure our team has the necessary computationally skills for future technological advancements.
47. Computationally, what are the performance benchmarks we should aim for in our software development?
48. Let’s explore computationally optimal ways to integrate AI into our customer support channels.
49. Are we investing enough in computationally secure cloud storage solutions?
50. It is important to have computationally valid data for making informed business decisions.

How To Use Computationally in a Sentence? Quick Tips

So, you think you’ve got a handle on using “Computationally” in a sentence, eh? Well, buckle up, because we’re about to take a deep dive into the proper usage of this word. From tips and common mistakes to examples and exceptions, we’ll cover it all. Get ready to level up your vocabulary game!

Tips for using Computationally in Sentences Properly

When you throw around a sophisticated word like “Computationally,” you want to make sure you’re doing it right. Here are some tips to help you wield this word like a pro:

1. Understand its Meaning: Before using “Computationally,” make sure you understand what it means. In simple terms, it refers to anything related to computations or calculations done by a computer.

2. Use it in Technical Contexts: This word is often used in technical or scientific discussions. So, if you’re talking about complex algorithms, data analysis, or anything computer-related, “Computationally” is your go-to word.

3. Don’t Overdo It: While “Computationally” can add a touch of sophistication to your writing, using it too frequently can make your sentences sound forced. Use it sparingly and only when it truly enhances your message.

Common Mistakes to Avoid

Now, let’s talk about some common blunders people make when using “Computationally”:

1. Using it Incorrectly: Some folks mistakenly use “Computationally” when they actually mean “Computerly.” Remember, “Computationally” is all about the calculations, not just general computer stuff.

2. Mispronunciation: It’s easy to trip over this word. Remember, it’s pronounced “Com-pyoo-tay-shuh-nuh-lee,” not “Com-poo-tay-shuh-nuh-lee.” Practice saying it until you nail it!

Examples of Different Contexts

To give you a better idea of how to use “Computationally” in various contexts, here are some examples:

1. The model was computationally complex, requiring high-performance computing resources to run efficiently.

2. She computationally analyzed the data to identify patterns and trends that were not immediately apparent.

3. The research team used computationally intensive algorithms to simulate real-world scenarios.

Exceptions to the Rules

While “Computationally” is primarily used in technical settings, there are some fun exceptions to this rule:

1. Casual Conversations: Feel free to sprinkle “Computationally” into your everyday chats for a touch of flair. Who says you can’t be sophisticated while discussing Netflix algorithms?

2. Creative Writing: If you’re feeling adventurous, experiment with using “Computationally” in creative writing. Imagine a world where characters navigate computationally complex puzzles to unlock magical realms.

Now that you’ve equipped yourself with the dos and don’ts of using “Computationally,” go forth and impress your peers with your newfound linguistic prowess!

---

Test Your Knowledge!

1. Which of the following contexts is suitable for using “Computationally”?
   a) Baking a cake
   b) Writing a poem
   c) Analyzing climate data

Choose the correct answer and explain why.

2. Correct the following sentence: “She computationally solved the crossword puzzle using her laptop.”

Rewrite the sentence using “Computationally” appropriately.

Your journey to becoming a word wizard starts now!

More Computationally Sentence Examples

1. How can businesses benefit from computationally driven marketing strategies?
2. Are you familiar with computationally intensive algorithms used in financial forecasting?
3. In order to stay ahead in the market, is it essential for companies to invest in computationally efficient software?
4. Can you explain the role of computationally driven decision-making in supply chain management?
5. Why is computationally enabled automation becoming increasingly popular in manufacturing processes?
6. Implementing computationally driven solutions can streamline operations, but how do we ensure data security?
7. What are the potential risks associated with relying too heavily on computationally guided risk assessments?
8. Have you explored the possibilities of computationally enabled machine learning in customer relationship management?
9. How do you see computationally enhanced communication tools shaping the future of business interactions?
10. Could computationally sophisticated software help in optimizing resource allocation for project management?
11. It is crucial for businesses to adapt to computationally driven innovations in order to remain competitive.
12. Computationally designed simulations can provide valuable insights into market trends and consumer behavior.
13. Is there a way to measure the impact of computationally powered business intelligence tools on decision-making processes?
14. As a project manager, have you considered the benefits of computationally enhanced project scheduling tools?
15. Implementing computationally intensive processes may require additional training for employees.
16. How can companies leverage computationally driven analytics for better inventory management?
17. Are there ethical considerations to keep in mind when using computationally derived insights for marketing campaigns?
18. Computationally optimized processes can lead to significant cost savings in the long run.
19. Can computationally aided simulations help in predicting potential outcomes of strategic business decisions?
20. What are the challenges faced by organizations in implementing computationally driven solutions across departments?
21. Investing in computationally sophisticated tools can lead to improved productivity and efficiency.
22. Without proper training, employees may struggle to adapt to computationally powered systems.
23. What steps can businesses take to ensure the security of computationally processed data?
24. Incorporating computationally driven forecasting models into financial planning can improve accuracy.
25. Computationally optimized algorithms can help in real-time data analysis for better decision-making.
26. Is there a way to balance the human touch with computationally driven customer service solutions?
27. Computationally simulated scenarios can aid in risk management strategies for businesses.
28. How do you see the role of computationally generated reports evolving in business reporting?
29. It’s important for companies to continuously update their computationally driven tools to stay ahead of the competition.
30. Avoid over-reliance on computationally derived solutions without understanding the underlying data mechanisms.

In conclusion, the word “Computationally” has been effectively demonstrated through various example sentences in this article. These sentences showcase how the adverb can be used to describe processes, actions, or results that involve computation or computational methods. By incorporating “Computationally” into sentences, the writer can convey a sense of precision, efficiency, and technicality in their communication.

Furthermore, utilizing “Computationally” in sentences can enhance the clarity and specificity of the information being presented, especially in technical or scientific contexts where accuracy is paramount. By highlighting the computational aspect of a task or concept, the reader can better understand the underlying processes or algorithms involved. Overall, the use of the word “Computationally” adds depth and detail to sentences, aiding in the effective communication of complex ideas.