Answer:
its so blurry
Step-by-step explanation:
grrrr
here is your answer
1.61 , 1.6245, 1.512, 1.432, 1.32456
Step-by-step explanation:
covert fraction to decimal we get,
-3/2 = -1.5 and 5/3 = 1.70
and any number that lies between these two numbers which is terminating and non repeating or non terminating repeating.. that are the numbers that you need.
Answer:
Option (B)
Step-by-step explanation:
CDEF is a quadrilateral having vertex C(2, 3), D(1, 2), E(4, 1), F(5, 3).
To prove that the given quadrilateral has a right angle, we will use the property of perpendicular lines.

where
and
are the slopes of the consecutive sides of the quadrilateral.
Since CD and DE are the consecutive sides of the quadrilateral, Carla is on the right track by finding the slopes of CD and DE.
Since Jonah is finding the slopes of opposite sides so he will not be able to use the property of perpendicular lines.
Option (B) will be the answer.
We have been given gross domestic product (in billions of dollars) can be approximated by
.
(a) In this part, we need to compute the derivative of this function:


(b) In this part, we need to find the value of P'(45). So, we will substitute t=45
Billion dollars per year.
(c) P'(45)=462.39 represents that 45 years after 1960, that is, in 2005, the GCP was changing at a rate of 462.39 billion dollars per year.
Answer:
Which of the following is a linear function?
- y = x^3 + 1
- (5/6)x = y − 4
- y = 8x^2
- y =(1/5)x
<u>2. (5/6)x = y − 4 and 4. y =(1/5)x</u> are the right answers.
Step-by-step explanation:
Linear function is in the form <u>y=ax+b</u><u>.</u>