17, 32, 47, 62, 77, 95
adding 15?
92 is 148.387096774194% of 62.
62 as a percentage of 92 is: 62/92 times 100 = 67.4% rounded to one decimal place
62 + 17 = 79
To find the next term in the sequence 92, 87, 77, 72, we can observe the differences between the terms: 92 to 87 is a decrease of 5, 87 to 77 is a decrease of 10, and 77 to 72 is a decrease of 5. The pattern alternates between decreasing by 5 and 10. Following this pattern, the next decrease should be by 10, resulting in 72 - 10 = 62. Therefore, the next term in the sequence is 62.
To find the whole numbers between 62 and 93, you exclude the endpoints. The whole numbers start from 63 and go up to 92. To calculate the count, subtract 63 from 92 and add 1: (92 - 63 + 1 = 30). Therefore, there are 30 whole numbers between 62 and 93.
i dont know but it is 17, 42, 56, 62, 75, 92
92 is 148.387096774194% of 62.
62 as a percentage of 92 is: 62/92 times 100 = 67.4% rounded to one decimal place
just add 15 the answers I got was 17 ,32,47,62,77
17/92
62 + 17 = 79
92 is 622/3% of 92/0.6266... = 146.8, approx.
change that equation to: --P-- = -17 100------92 then cross multiply 17 X 100 = 1700 92 X P= (92)(P) then divide both 1700 and (92)(X) by 92 92 X P----------------1700 ______ _____ = P---------____ = l18.48%l --92---------------------92 _______
change that equation to: --P-- = -17 100------92 then cross multiply 17 X 100 = 1700 92 X P= (92)(P) then divide both 1700 and (92)(X) by 92 92 X P----------------1700 ______ _____ = P---------____ = l18.48%l --92---------------------92 _______
First, convert the percentage to a decimal: 17% = 17/100 = 0.17Then multiply the result by 92: 0.17 * 92 = 15.64
107
To find the whole numbers between 62 and 93, you exclude the endpoints. The whole numbers start from 63 and go up to 92. To calculate the count, subtract 63 from 92 and add 1: (92 - 63 + 1 = 30). Therefore, there are 30 whole numbers between 62 and 93.