It depends what the problem is. If the graph of the problem has hours on the x axis, and amount in dollars on the y axis, and the title is 'Renting Movies', then the slope in the context is the amount of money per hour to rent a movie.
The slope of an area will determine the problem that you will be able to make, whether it is an even or a steep slope.
Very much so. The result is gratifying in its obvious reflection of the real world situation embodied in the problem.
X=5 is a vertical line, so it has no slope. When I say it has no slope, I don't mean the slope is 0, I mean the slope is nonexistent.
[ y = 12x ] is an equation, not a 'problem'. The graph of that equation is a straight line with a slope of 12 .
If you mean y = 11x then the slope is 11
The slope of the graph does not exist. And in the context of "this" problem it means absolutely nothing.
The slope of an area will determine the problem that you will be able to make, whether it is an even or a steep slope.
Very much so. The result is gratifying in its obvious reflection of the real world situation embodied in the problem.
first, when you say NO SLOPE, do you mean slope is 0 or do you mean slope is undefined. The former is a horizontal line and the latter is a vertical line. Now, next problem -2 -6.. Do you mean the ordered pair (-2, -6) if so the vertical line would be x= -6 and the horizontal line would be y--6. Hope that helps!
"Cote" in French can refer to a slope or hillside, or it can also mean a quotation or estimate, depending on the context.
X=5 is a vertical line, so it has no slope. When I say it has no slope, I don't mean the slope is 0, I mean the slope is nonexistent.
[ y = 12x ] is an equation, not a 'problem'. The graph of that equation is a straight line with a slope of 12 .
What does it mean if a slope is numerically a higher value than another slope
By grid, do you mean graph? Because a graph can have problems dealing with slope, x and y intercepts, lines, etc.
If you mean y = 12x then the slope of the line is 12
Assuming that you mean that those are the (x,y) points, then solve this by using the formula for calculating slope. Chance in y / chance in x = slope so, (-5 - 0) / 0 - 0 Already you can see the problem. The denominator will equal 0, which means that it does not exist. The slope of that line does not exist, nor does the slope for any vertical line. On a completely separate note though, the slope of a horizontal line is 0.
This is true for many reson the answer is that it used to be called "module of slope" but now its just called slope.