(12)2x = 28
(2x) log(12) = log(28)
2x = log(28) / log(12) = 1.34098 (rounded)
x = 0.67049 (rounded)
To find the integer that, when increased by -12, equals 28, we can set up the equation: ( x + (-12) = 28 ). Simplifying this gives ( x - 12 = 28 ). Adding 12 to both sides, we find ( x = 28 + 12 ), which results in ( x = 40 ). Therefore, the integer is 40.
It is an equation and the value of a is 7
It equals nothing Another Answer: The answer is 1. 28 X 1 = 28 and 12 X 1 = 12.
28
28 x 12 = 336
To find the integer that, when increased by -12, equals 28, we can set up the equation: ( x + (-12) = 28 ). Simplifying this gives ( x - 12 = 28 ). Adding 12 to both sides, we find ( x = 28 + 12 ), which results in ( x = 40 ). Therefore, the integer is 40.
It is an equation and the value of a is 7
It equals nothing Another Answer: The answer is 1. 28 X 1 = 28 and 12 X 1 = 12.
28
It is an equation and the value of n is 14
40-n equals 28 = 12
28 x 12 = 336
-0.42857142857143 x -28 = 12
28
28
The equation ( y = 12x + 28 ) represents a linear function where ( y ) is expressed in terms of ( x ). In this equation, 12 is the slope, indicating that for every unit increase in ( x ), ( y ) increases by 12 units. The constant term 28 is the y-intercept, meaning that the line crosses the y-axis at the point (0, 28). This equation describes a straight line when graphed on a coordinate plane.
163 x 28 = 4564