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58
-57 298 - 89 = 209 209 - 80 = 129 129 - 71 = 58 58 - 62 = -4 -4 - 53 = -57 notice every number is subtracted by 9 less than the previous number's subtrator
Let the number be represented by x. The product of a number decreased by 3 is (x-3), and increased by 4 is (x-3+4) = (x+1). According to the given condition, this product is equal to 8. Therefore, the polynomial equation representing this condition is: x+1 = 8.
At each step the number being subtracted is reduced by 9 298 - 89 = 209 209 - 80 = 129 129 - 71 = 58 58 - 62 = -4 -4 - 53 = -57..........which is the next number.
The number 58 is not considered a multiple of 4. A simple way of figuring out if a number is a multiple of another number is by dividing the number in question by the multiple. Such as finding out that 12 is a multiple of four. 12/4=3. If the number comes up as a whole number - then that number is a multiple.
4*(n + 2)
-6
58 multiplied by 34 is 1,972.
A certain number increased by 4
7x + 3 is your answer, as we don’t have enough information to fully solve this problem.
increased means added to so a certain increased by 4 would be x + 4
-1 Here is why: let x be the number, 4x+7=3 4x=3-7=-4 so 4x=-1 and x is -1
58 electrons because the number of electrons is the same number of protons [] [] () (---------------------)
58
It is 64.
A square number is the product of a number and itself. 16 is square; it is the product of 4 and 4; 4 times 4.
-57 298 - 89 = 209 209 - 80 = 129 129 - 71 = 58 58 - 62 = -4 -4 - 53 = -57 notice every number is subtracted by 9 less than the previous number's subtrator