In the chemical reaction equation of NO2 conversion to N2O4, why does the chemical reaction equilibrium constant decrease with increasing temperature? What is the chemical reaction equilibrium constant

In the chemical reaction equation of NO2 conversion to N2O4, why does the chemical reaction equilibrium constant decrease with increasing temperature? What is the chemical reaction equilibrium constant

The standard definition of chemical reaction equilibrium constant is very complex, involving physical chemistry, and you can't understand it. In short, chemical reaction equilibrium constant is a coefficient used to characterize the degree of equilibrium reaction. The larger the coefficient is, the greater the degree of reaction is. The positive reaction of NO2 conversion to N2O4 is exothermic reaction

Known line y = KX + 12 and two coordinates intersect the triangle area is 24, find the value of K!

The point of intersection with X axis is (- 12 / K, 0)
The intersection point with y axis is (0,12)
The area is | 12 / K | × 12 △ 2 = 24
k=±3

Linear equations with intercept of - 1 and 2 on X and Y axes

Substituting a = - 1, B = 2 into the intercept equation x / A + Y / b = 1
We can get - x + Y / 2 = 1, that is Y - 2x - 2 = 0

In the x-axis intercept is 4, in the y-axis intercept is - 3, find the linear equation!

Write the equation in intercept form
x/4+y/(-3)=1
The reduction has 3x-4y-12 = 0