Question

Hint:

### A system of equations is a set of one or more equations involving a number of variables.

## The correct answer is:

### We have given an equation

Now for a system of equation, we have find all those equations which belong to given family of functions

So,

The solutions to systems of equations are the variable mappings such that all component equations are satisfied—in other words, the locations at which all of these equations intersect.

### Related Questions to study

### In a football match, the equation of the kick is recorded as .

How much height did the ball go after the kick?

Determining the Maximum Value of the Quadratic Equation

For instance, it can be stated that if the equation has been represented in the form of ax2 +bx+c, the formula for finding the maximum value will be max= c- (b2/4a).

### In a football match, the equation of the kick is recorded as .

How much height did the ball go after the kick?

Determining the Maximum Value of the Quadratic Equation

For instance, it can be stated that if the equation has been represented in the form of ax2 +bx+c, the formula for finding the maximum value will be max= c- (b2/4a).

### In a football match, the equation of the kick is recorded as .

How far did the ball go after the kick?

If a trinomial is in the form ax 2 + bx + c is said to be a perfect square, if and only if it satisfies the condition b 2 = 4ac.

### In a football match, the equation of the kick is recorded as .

How far did the ball go after the kick?

If a trinomial is in the form ax 2 + bx + c is said to be a perfect square, if and only if it satisfies the condition b 2 = 4ac.

### In a basketball match, the equation of the kick is recorded as .

How much height did the ball go after the kick?

### In a basketball match, the equation of the kick is recorded as .

How much height did the ball go after the kick?

### In a basketball match, the equation of the kick is recorded as . How far did the ball go after the kick.

If a trinomial is in the form ax 2 + bx + c is said to be a perfect square, if and only if it satisfies the condition b 2 = 4ac.