The equivalent value of the equation is A = 160 = 20 x 8
Given data ,
Let the equation be represented as A
Now , the value of A is
Let the first number be p
Let the second number be q
Now , A = pq
when the value of p = 20
And , when the value of q = 8
On simplifying the equation , we get
160 = 20 x 8
So , the left hand side of the equation is equated to the right hand side by the value of ( 20 x 8 )
A = 20 x 8
A = 160
Therefore , the value of A = 160 = 20 x 8
Hence , the expression is A = 160 = 20 x 8
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Please help in the next ten minutes
The equation modelling the given scenario in slope-intercept form is y = 10x + 175, which represents a linear relationship because the rate at which puzzle pieces are being placed,10 per minute, is constant.
The subject of your query falls into the category of linear algebra, specifically, slope-intercept form equations and linear relationships in mathematics. In slope-intercept form, a line can be described by the equation y = mx + b, where 'm' represents the slope and 'b' signifies the y-intercept.
For your puzzle scenario, 'm' is the number of puzzle pieces you place each minute, which is 10, and 'b' is the initial number of pieces already placed which is 175. Therefore, the equation that models your situation is y = 10x + 175.
This relationship is, indeed, linear. We know this because the rate at which you are placing puzzle pieces is constant, meaning it doesn't change over time. This is characteristic of a linear relationship, as represented by the straight line on a graph. In other words, for every unit increase in time (x), the number of puzzle pieces placed (y) increases at a steady rate of 10.
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Its 248,000 miles according to my math