How would I multiply 43.7(1.23) step by step
1 answer:
You might be interested in
Given :
To Find :
the absolute minimum and absolute maximum values of f on the given interval
[-1,2] .
Solution :
Now , getting first order differential equation and equating its equal to zero.
So , x=0 is critical point .
Now , coefficient of is positive .
Therefore , it is increasing function after x=0 .
So , min value will be at , x=0.
And maximum value will be the maximum at the x=2 because it is increasing function .
Therefore , max and min value is 9 and -3 respectively .
Hence , this is the required solution .
Answer:
The absolute value of the quadratic term, is less than 1
Step-by-step explanation:
The given function is y = (-1/2)·x² - 7
The parent function is y = x²
The vertical compression or stretching of a quadratic function is given by the value of the coefficient, <em>a</em>, of the quadratic term, x² of a quadratic function, a·x²
A quadratic function is vertically compressed if the coefficient, < 1.
In the given function, y = (-1/2)·x² - 7, the absolute value of the coefficient of the quadratic term, < 1, therefore, the equation, y = (-1/2)·x² - 7, will be vertically compressed compared to the parent function, y = x².