If two lines have different slopes, then they intersect at exactly one point. It makes no difference what their y-intercepts are.
unequal.
Slopes can go all different ways. It all depends on the size of the slope.
positive slope negative slope undefined slope zero slope
One could not. The shape could be a rectangle.
They will, if they have different slopes.
That depends on the swimmer. Every swimmer is different, so there is no 'one weight'.
negative reciprocal slopes ---> the lines are perpendicular equal slopes ---> the lines are parallel
On a distance-time graph, different constant speeds would be represented by straight lines which have different slopes. The steeper the line, the faster the speed. Each line would have a constant slope to indicate a constant speed.
The question makes little general sense because the concept of slopes is appropriate when dealing with equations in only two variables.Assuming, therefore, that there are only two variables, then either the slopes are the same or they are different,If the slopes are the same and the intercepts are the same: there are infinitely many solutionsIf the slopes are the same and the intercepts are different: there are no solutionsIf the slopes are different: there is a unique solution.
A gambrell roof is a gabeld roof with double slopes on each side. The lower slopes have steeper pitches than the upper upper slopes.
When their slopes are of the same value and their y intercepts are different
They are not parallel.
No
A straight line cannot have two slopes. A curve, however, might have a different slope at every different point.
Different slopes can affect friction by changing the normal force acting on an object. On steeper slopes, the normal force decreases, which reduces the friction force holding the object in place. This can make it easier for the object to slide or move.
equal