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I ______ go to the club with you on Saturday, but I am visiting my parents and am not sure if they have made plans for me.

Correct answer is 'could'. Can you explain this answer?
Verified Answer
I ______ go to the club with you on Saturday, but I am visiting my par...
I could go to the club with you on Saturday, but I am visiting my parents and am not sure if they have made plans for me.
Could there is a chance of going to the club, but it is not certain. Also acceptable is ‘might’.
In the response, I used the modal verb "can" to express possibility or ability. This modal verb indicates that the person has the capability or option to join at the club on Saturday, given that they are not certain about their parents' plans. It's a polite and open-ended way of suggesting that they are welcome to join if their situation allows. Using "can" in this context acknowledges the individual's agency and the uncertainty of their availability due to their parents' potential plans.
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Most Upvoted Answer
I ______ go to the club with you on Saturday, but I am visiting my par...
Explanation:

Could vs Can:
- The word "could" is used to express a possibility or ability to do something, while "can" is used to show capability or permission.
- In this context, using "could" indicates the speaker's ability to go to the club is conditional on their parents' plans.

Politeness and Uncertainty:
- Using "could" in this sentence adds a polite and tentative tone to the response.
- It shows that the speaker is considering the invitation but is unsure due to potential conflicting plans.

Consideration for Parents:
- Mentioning the visit to parents and their possible plans demonstrates the speaker's respect for their family commitments.
- It shows that the speaker prioritizes their family obligations over social activities.

Balancing Social Life and Family:
- By mentioning the conflicting priorities, the speaker highlights the need to balance social life with family responsibilities.
- It portrays a sense of maturity and consideration in decision-making.

Conclusion:
- In this scenario, using "could" effectively conveys the speaker's polite uncertainty and consideration for family commitments. It showcases a balanced approach to managing social engagements and familial responsibilities.
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This much was well known that the purpose of a gene is to store the recipe for making proteins and that we inherit from our parents a gigantic list of recipes for making proteins and protein-making machines. What was not clear as late as the early 20th century until Gregor Mendels experiments were published and understood was that when crossed, the expression of these genes skipped a generation.Mendel discovered that when white flower and purple flower plants are crossed, the result is not a blend. Rather than being a mix of the two, the offspring was purple flowered. He then conceived the idea of heredity units, which he called factors, one of which is a recessive characteristic and the other dominant. Mendel said that factors, later called genes, normally occur in pairs in ordinary body cells, yet segregate during the formation of sex cells. The dominant gene, such as the purple flower in Mendels plants, will hide the recessive gene, the white flower. Mendel crossed over 29,000 plants including inflated seed pods with wrinkled seed pods, green unripe pods with yellow unripe pods, and axial flowers with terminal flowers. In every case the resulting hybrids were just like one parent with the essence of other parent missing. However, as these hybrids were allowed to self-fertilize, the essence of the recessed parent re-appeared in exactly one third of the cases. This re-appearance is called the law of thirds. This law is not just obeyed in plants but also in every living species as demonstrated by Nagelis experiment on crossing angora cats with another breed. Nageli observed that the angora coat disappeared in the next generation but re-appeared in the kittens in the third.Mendels law has been put to a variety of uses such as selecting the right plants to hybridize to get the desired mix of dominant factors. A surprising use of the law has been to explain Alkaptonuria in which the patients suffered from arthritis and their urine and the ear wax turned reddish black upon exposure to air. Rare in the general population but frequent in children of first-cousin marriages, the incidence of Alkaptonuria is attributed to expression of recessive factors.According to the passage, which of the following is not true about genes?

This much was well known that the purpose of a gene is to store the recipe for making proteins and that we inherit from our parents a gigantic list of recipes for making proteins and protein-making machines. What was not clear as late as the early 20th century until Gregor Mendel’s experiments were published and understood was that when crossed, the expression of these genes skipped a generation. Mendel discovered that when white flower and purple flower plants are crossed, the result is not a blend. Rather than being a mix of the two, the offspring was purple flowered. He then conceived the idea of heredity units, which he called "factors", one of which is a recessive characteristic and the other dominant. Mendel said that factors, later called genes, normally occur in pairs in ordinary body cells, yet segregate during the formation of sex cells. The dominant gene, such as the purple flower in Mendels plants, will hide the recessive gene, the white flower. Mendel crossed over 29,000 plants including inflated seed pods with wrinkled seed pods, green unripe pods with yellow unripe pods, and axial flowers with terminal flowers. In every case the resulting hybrids were just like one parent with the essence of other parent missing. However, as these hybrids were allowed to self-fertilize, the essence of the recessed parent re-appeared in exactly one third of the cases. This re-appearance is called the law of thirds. This law is not just obeyed in plants but also in every living species as demonstrated by Nageli’s experiment on crossing angora cats with another breed. Nageli observed that the angora coat disappeared in the next generation but re-appeared in the kittens in the third. Mendel’s law has been put to a variety of uses such as selecting the right plants to hybridize to get the desired mix of dominant factors. A surprising use of the law has been to explain Alkaptonuria in which the patients suffered from arthritis and their urine and the ear wax turned reddish black upon exposure to air. Rare in the general population but frequent in children of first-cousin marriages, the incidence of Alkaptonuria is attributed to expression of recessive factors. According to the passage, all of the following about Mendel’s dominant factors are true except

This much was well known that the purpose of a gene is to store the recipe for making proteins and that we inherit from our parents a gigantic list of recipes for making proteins and protein-making machines. What was not clear as late as the early 20th century until Gregor Mendels experiments were published and understood was that when crossed, the expression of these genes skipped a generation.Mendel discovered that when white flower and purple flower plants are crossed, the result is not a blend. Rather than being a mix of the two, the offspring was purple flowered. He then conceived the idea of heredity units, which he called factors, one of which is a recessive characteristic and the other dominant. Mendel said that factors, later called genes, normally occur in pairs in ordinary body cells, yet segregate during the formation of sex cells. The dominant gene, such as the purple flower in Mendels plants, will hide the recessive gene, the white flower. Mendel crossed over 29,000 plants including inflated seed pods with wrinkled seed pods, green unripe pods with yellow unripe pods, and axial flowers with terminal flowers. In every case the resulting hybrids were just like one parent with the essence of other parent missing. However, as these hybrids were allowed to self-fertilize, the essence of the recessed parent re-appeared in exactly one third of the cases. This re-appearance is called the law of thirds. This law is not just obeyed in plants but also in every living species as demonstrated by Nagelis experiment on crossing angora cats with another breed. Nageli observed that the angora coat disappeared in the next generation but re-appeared in the kittens in the third.Mendels law has been put to a variety of uses such as selecting the right plants to hybridize to get the desired mix of dominant factors. A surprising use of the law has been to explain Alkaptonuria in which the patients suffered from arthritis and their urine and the ear wax turned reddish black upon exposure to air. Rare in the general population but frequent in children of first-cousin marriages, the incidence of Alkaptonuria is attributed to expression of recessive factors.The primary purpose of the passage is to

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I ______ go to the club with you on Saturday, but I am visiting my parents and am not sure if they have made plans for me.Correct answer is 'could'. Can you explain this answer?
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