Answer:
will be the solutions.
Step-by-step explanation:
The given equation is
Therefore, for x = -1
------(1)
Now y'(-1) = -4
y'(x) = = -4
= -4 -----(2)
By adding equation (1) and (2)
From equation (1),
By placing the values in the parent equation
y =
y =
Show work
Answer:
This infinite geometric series is divergent and thus we cannot find the sum. The sum is infinity.
Step-by-step explanation:
There are two types of geometric series: convergent and divergent.
The sum of an infinite geometric sequence is given by the formula:
Sum =
Where,
r is the common ratio and
If absolute value of r is NOT less than 1, then the series is divergent and sum cannot be found.
For our given problem, , clearly , which is NOT less than 1, so the series is divergent and sum cannot be found.
Answer:
x = -4
Step-by-step explanation:
Since the slope is undefined, the line is a vertical line. All vertical lines have an equation x = k. In your problem k = -4, so the equation of the line is x = -4
• Roses: The florist’s cost is $20 per dozen;
the profit over cost is $20 per dozen.
• Carnations: The florist’s cost is $5 per
dozen; the profit over cost is $8.
• The florist can order no more than 50 dozen
flowers.
• A minimum of 30 dozen carnations must be
ordered.
• The florist cannot order more than $660
worth of roses and carnations.
A.) How many dozen roses should the florist order? Answer in units of doz
B.) How many dozen carnations should the florist order? Answer in units of doz
Answer:
The unit square would be 6.
Step-by-step explanation:
b. b(5; 8, .6)
c. P(3<=X<=5) when n=7 and p = .6
d. P(1 <= X) when n=9 and p= .1