Do you mean how is slope used in real life?
Well, to plan road building on mountains. Designing roofs so water runs off.
Anything that you must plan to not be flat, but slant, has a slope.
But, believe it or not, school is part of real life, so, even thouth you might pretend it is not, when you use it in math class that's pretty real.
The slope-intercept equation y = mx + b is that they mechanically substitute for m and b without understanding their meaning.
Virtually everywhere; in fact the entire notion of the derivative of a function is based on slope. Both slope and derivative have uses in real life, e.g. your position, speed and acceleration can be calculated using either. Or, you could find the derivative of a logistics curve (a curve that models population growth), etc.
A ladder leaning against a wall. The slated part of the roof of a house.
Real life is a real life example!
a Television is a real life example of a Cube A dice is a real life example of a cube
a ramp
my mom
Roller Coasters
The slope-intercept equation y = mx + b is that they mechanically substitute for m and b without understanding their meaning.
Virtually everywhere; in fact the entire notion of the derivative of a function is based on slope. Both slope and derivative have uses in real life, e.g. your position, speed and acceleration can be calculated using either. Or, you could find the derivative of a logistics curve (a curve that models population growth), etc.
A ladder leaning against a wall. The slated part of the roof of a house.
The slant which lies between the ground and the slope of the Leaning Tower of Pisa.
The slope is any real number.
How do you interpret the slope and y intercept in a real world case?
What does it mean if a slope is numerically a higher value than another slope
corners of most buildingssides of picture framessides of rectangular windowscorners of kitchen refrigerators and stoves
Civil engineers need to know how much they have to slope the ground around roadways. If the slope isn't right we end up with debris sliding down embankments into roadways. Falling rocks, anyone?