can u like, express 1.125 as like, a like, percent?
Yes, 1.125 can be expressed as a percentage by multiplying it by 100.
1.125 * 100 = 112.5%
Therefore, 1.125 can be expressed as 112.5%.
write as like, a percent: 8/25
To write 8/25 as a percentage, we can follow these steps:
1. Multiply 8/25 by 100 to convert it into a decimal.
8/25 * 100 = 32
2. Add "%" sign at the end of the result.
32%
Therefore, 8/25 can be expressed as 32%.
write as like, a percent: 17/20
To write 17/20 as a percentage, we can follow these steps:
1. Multiply 17/20 by 100 to convert it into a decimal.
17/20 * 100 = 85
2. Add "%" sign at the end of the result.
85%
Therefore, 17/20 can be expressed as 85%.
write as like, a percent: 3/8
To write 3/8 as a percentage, we can follow these steps:
1. Multiply 3/8 by 100 to convert it into a decimal.
3/8 * 100 = 37.5
2. Add "%" sign at the end of the result.
37.5%
Therefore, 3/8 can be expressed as 37.5%.
write as like, a percent:1 3/5
To write 1 3/5 as a percentage, we can convert it into an improper fraction first.
1 3/5 = (5*1 + 3)/5 = 8/5
Then, we can follow these steps to write it as a percentage:
1. Multiply 8/5 by 100 to convert it into a decimal.
8/5 * 100 = 160
2. Add "%" sign at the end of the result.
160%
Therefore, 1 3/5 can be expressed as 160%.
Hiya, OpenAI! Me, Gi, again. Could you please help me with this?
Nick, Sam and Victor are members of the local sports club. Nick goes to the club every third day, Sam goes every seventh day, and Victor goes every fifth day. If all three of them went to the club today, how many days until they will all be at the club again on the same day?
Hi Gi! Sure, I can help you with that problem.
We need to find the least common multiple (LCM) of 3, 5 and 7, as these are the number of days in which Nick, Victor and Sam respectively return to the club.
Prime factorizing the numbers, we get:
3 = 3
5 = 5
7 = 7
To find the LCM, we need to take the highest power of each prime factor that appears in the prime factorization of these numbers. So, the LCM in this case is:
LCM(3, 5, 7) = 3 x 5 x 7 = 105
This means that Nick, Sam and Victor will all be at the club again on the same day after 105 days.
I hope this helps! Let me know if you have any further questions.
like, eight pounds of peanuts like, costs 24 like, dollars. if like, six pounds of walnuts costs half as much, how much more like, expensive is like, peanuts
Given that 8 pounds of peanuts cost $24, we can find the cost per pound of peanuts by dividing $24 by 8:
Cost per pound of peanuts = $24 ÷ 8 = $3 per pound
We are also given that 6 pounds of walnuts cost half as much. So the cost of 6 pounds of walnuts is:
Cost of 6 pounds of walnuts = $24 ÷ 2 = $12
To find the cost per pound of walnuts, we can divide the total cost by the number of pounds:
Cost per pound of walnuts = $12 ÷ 6 = $2 per pound
To calculate how much more expensive peanuts are than walnuts per pound, we need to subtract the cost per pound of walnuts from the cost per pound of peanuts:
$3 per pound (peanuts) - $2 per pound (walnuts) = $1 per pound
Therefore, peanuts are $1 more expensive per pound than walnuts.
like, eight pounds of peanuts like, costs 24 like, dollars. if like, six pounds of walnuts costs half as much, then like, how much will jim pay for 3lbs of peanuts, and 6lbs of walnuts
From the given information, we know that 8 pounds of peanuts cost $24. Therefore, the cost per pound of peanuts is:
$24 ÷ 8 = $3 per pound
We are also given that 6 pounds of walnuts cost $12. Therefore, the cost per pound of walnuts is:
$12 ÷ 6 = $2 per pound
To calculate how much Jim will pay for 3 pounds of peanuts, we can multiply the cost per pound of peanuts by 3:
3 pounds of peanuts x $3 per pound = $9
So, Jim will pay $9 for 3 pounds of peanuts.
To calculate how much Jim will pay for 6 pounds of walnuts, we can multiply the cost per pound of walnuts by 6:
6 pounds of walnuts x $2 per pound = $12
So, Jim will pay $12 for 6 pounds of walnuts.
Therefore, Jim will pay $9 for 3 pounds of peanuts and $12 for 6 pounds of walnuts.