Oh please help me!! I'm doing an assignment where you have to make an order if operations (bedmas) question for every number from 1 to 100 using the digits 1, 4, 8 and 9. You can use any number for exponents, you can use brackets and you can combine digits to make numbers like 81 or 49. Example: 16=4(to the 2nd)+1-9+8
You can also make 2 and 3 by doing the square roots of 4 and 9.
I'll give you 10 stars if you give me answers for:
18
27
28
29
33
34
36
44
45
46
58
59
60
61
62
64
65
66
71
72
77
82
89
And 98.
Thank you do much. Ten stars!
You can also make 2 and 3 by doing the square roots of 4 and 9.
I'll give you 10 stars if you give me answers for:
18
27
28
29
33
34
36
44
45
46
58
59
60
61
62
64
65
66
71
72
77
82
89
And 98.
Thank you do much. Ten stars!
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Using the numbers 1, 4, 8, and 9, along with any exponent, make these numbers. I'm just using parentheses to make these easier to see, you can take some of those out and it'll still work, I just like my parentheses!
Here they are (using and repeating tons of math loopholes):
18
(4^2)+9-8+1
27
91 - 8^(root 4)
28
(root 9)^3 + 8/4 - 1
29
(root 9)^3 + (8/4)^1
33
(8*4) + 1^9
34
(4*9) - 1(cube-root 8)
36
(8*4)/(1^9)
44
9*4 + 8^1
45
[9(4+1)]/8^0
46
81-9*4-1
58
8^2 -[9-(4-1)]
59
8^2 -(4+1)*(9^0)
60
(8^2 - 4)^(1/9^0)
61
(8^2 - (4-1))/9^0
62
(8^2 - (root 4)) / 1^9
64 (easy!)
(8^(root 4)) - (1 - 9^0)
65
(8^2) + (9^0)/1
66
(8^2) + (9^0 + 1)
71
(9*8) - (1^4)
72
(9*8) + (1 - 4^0)
77
9^2 - (8/1)-4
82
9^2 + (8/4)-2
89
9^2 + 8/(1^4)
98
98/(1^4)
Here they are (using and repeating tons of math loopholes):
18
(4^2)+9-8+1
27
91 - 8^(root 4)
28
(root 9)^3 + 8/4 - 1
29
(root 9)^3 + (8/4)^1
33
(8*4) + 1^9
34
(4*9) - 1(cube-root 8)
36
(8*4)/(1^9)
44
9*4 + 8^1
45
[9(4+1)]/8^0
46
81-9*4-1
58
8^2 -[9-(4-1)]
59
8^2 -(4+1)*(9^0)
60
(8^2 - 4)^(1/9^0)
61
(8^2 - (4-1))/9^0
62
(8^2 - (root 4)) / 1^9
64 (easy!)
(8^(root 4)) - (1 - 9^0)
65
(8^2) + (9^0)/1
66
(8^2) + (9^0 + 1)
71
(9*8) - (1^4)
72
(9*8) + (1 - 4^0)
77
9^2 - (8/1)-4
82
9^2 + (8/4)-2
89
9^2 + 8/(1^4)
98
98/(1^4)
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http://www.pravoslavie.ru/engl… http://www.youtube.com/watch?v… http://esv.scripturetext.com/r… http://esv.scripturetext.com/r… http://bible.cc/1_john/1-5.htm
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Is 1^4 + 8 + 9 = 18 something you are looking for for the first one?
Must the composed expression be equal to each of the numbers in your list?
Must the composed expression be equal to each of the numbers in your list?