Answer:
The answer is
Step-by-step explanation:
we know that
A quotient is the division of two numbers
In the expression divided by n
the numerator is equal to
the denominator is equal to
so
the quotient is equal to
The complete expression divided by n plus is equal to
m=y2-y1\y2-y1
Answer:
Are you sure it ia not x2 - x1 in the denominator?
Answer:
x=2-y
Step-by-step explanation:
Root (2,0)
Vertical intercept (0,2)
Natalie went to the hardware store to buy a water filter and a deadbolt, and
while she was in the checkout line, she also threw some caulk and some
super glue into her shopping cart. Which two products were impulse
purchases?
A. The water filter and the super glue
B. The caulk and super glue
C. The caulk and the deadbolt
D. The water filter and the deadbolt
Answer:
B. The caulk and super glue
Step-by-step explanation:
An impulse purchase is when you decide to buy something you didn't plan to in the spur of the moment. For example, when you are shopping your groceries and you decide to buy a product you see and that you don't have in your list. According to this, the two products that were impulse purchases are caulk and super glue because Natalie didn't plan to buy these products and she decided to do it when she was in the checkout line to pay for the other products that she planned to buy.
Answer:
B.
Step-by-step explanation:
took the test
b. the domain is (-1, infintity} and the range is all real numbers
c. the domain is (1, infinity) and the range is [2, infinity)
d. the domain is (1, infinity) and the range is all real numbers
For the function, statement d is true. The domain is (1, ∞) and the range is all real numbers.
A function is an expression or a rule establishing a relationship between two sets or two variables, where one is independent and another is dependent.
The set of values you input into the data as the independent variable is called the domain of the function.
The set of possible outputs of the function, the dependent variable, is called the codomain of the function.
The set of elements part of the dependent variable that actually comes out of the function as output is called the range of the function.
Given function,
The domain of the function is what you can put into x.
for ln(x-1) to be defined, x-1 > 0 implies that x > 1
Thus the domain of function becomes (1, ∞).
The range of the function is what you get as y.
if 1 < x < 2, 0 < x-1 < 1, ln(x-1) < 0, thus will have a value y < 2, maybe even negative.
if x = 2, x-1 = 1, ln(x-1) = ln(1) = 0, making y = 2
if x > 2, x-1 > 3, ln(x-1) > 0, making y >2.
Thus the range of function becomes (-∞, ∞).
Learn more about function here
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Answer:
Step-by-step explanation:
The domain of a logarithmic function
is the set of all positive numbers
The range of a logarithmic function
is the set of all real numbers
We have:
DOMAIN
add 1 to both sides
RANGE
The graph shifted 2 units up. The range no change.
Pentagon
Hexagon
Rectangle