hamelsmu/genstruct-7b 🔢📝 → 📝

▶️ 172 runs 📅 Mar 2024 ⚙️ Cog 0.9.4
dataset-generation instruction-generation instruction-synthesis synthetic-data text-generation

About

Genstruct 7B is an instruction-generation model, designed to create valid instructions given a raw text corpus. This enables the creation of new, partially synthetic instruction finetuning datasets from any raw-text corpus.

Example Output

Output

I am a statistician. I am working on a project to determine the number of seats that a certain company should have in order to minimize the number of customers that have to wait in line. I have two companies, company A and company B, that are similar in size and that provide the same service. I have access to the number of customers that each company served in the past year, which is a random sample. The number of customers company A served last year is 95,000, and the number of customers company B served last year is 99,000. Which company served more customers on average?
[[[Assistant]]] The law of large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. as a larger average.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. as a larger average.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. as a larger average.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. as a larger average.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. Industrially as a larger average. Industrially as a larger average.й large numbers tells us that the average of a large number of independent and identical random samples will converge to the true value, if it exists. In this case, we have two companies, A and B, that are similar in size and provide the same service. We are given the number of customers each company served last year, which can be considered as a random sample. Company A served 95,000 customers and Company B served 99,000 customers.

To determine which company served more customers on average, we can calculate the average number of customers served per year for each company. The average for Company A is 95,000 customers, and the average for Company B is 99,000 customers. Since the law of large numbers states that the sample mean converges to the true mean, we can conclude that Company B served more customers on average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as a larger average. Industrially as

Performance Metrics

48.58s Prediction Time
82.16s Total Time
All Input Parameters
{
  "temp": 0,
  "title": "Law of large numbers",
  "content": "In probability theory, the law of large numbers (LLN) is a mathematical theorem that states that the average of the results obtained from a large number of independent and identical random samples converges to the true value, if it exists.[1] More formally, the LLN states that given a sample of independent and identically distributed values, the sample mean converges to the true mean.",
  "max_tokens": 2000
}
Input Parameters
temp Type: numberDefault: 0
title (required) Type: string
content (required) Type: string
max_tokens Type: integerDefault: 1000
Output Schema

Output

Type: string

Version Details
Version ID
161d71ba3f9f8e8ce51dfaec83dfd5ed901b003cfe5208e638b91f636a1a248c
Version Created
March 8, 2024
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