I need help answering this

Answers

Answer 1

Answer:

Answer:

I have a suggestion. There are math apps on google play store or apple app store that can solve this question for you. You'll just take a pic of the question and it will answer it.

Step-by-step explanation:

....... wont let me type the name of the app so I'm gonna code it with the numbers of the alphabets.

13 1 20 8 23 1 25 is a really good one

Related Questions

In the given figure lines AB and CD intersectato. If angle AOC + angle BOE = 70 and angle DOB =40°, find angle BOE and reflex angle EOC.
At the sewing store, Linda bought a bag of mixed buttons. The bag included 70 buttons, of which 30% were large. How many large buttons did Linda get?
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Wendy is arranging books on the bookshelves in the school library. The total number of books she arranges is given by the equation b = 12r, where b is the total number of books and r is the number of rows. Each row contains the same number of books.If Wendy arranged 16 rows she arranged a total of what books

Answers

the answer is 192 book. the reason why is because if you have 12 books each in 16 rows, you would like to MULTIPLY to find out how much in total. so
1
12
×16
---
72
+120
-------
192 books

3. If 30 is 50% of a value, what is that value?

Answers

.50 × N = 30
Divide both sides by .50
N = 60.

The lengths of the sides of a rectangular window have the ratio 1.6 to 1. The area of the window is 2,560 square inches. What are the dimensions of the window? A. 50.6 inches by 50.6 inches
B. 40 inches by 64 inches
C. 40 inches by 80 inches
D. 40 inches by 102.4 inches

Answers

S = a*b this is formula for surface.
Condition of the task is:
a:b = 1.6:1
a = 1.6*b

Now we implement this in surface formula
S = 1.6*b^2
and calculate "b"

$b= \sqrt{ (S)/(1.6) }$

b = 40
a = 1.6*40 = 64

Answer is B.

I think it is B you need to divide

Simplify fully...

x²+3x-4 / 2x²-5x+3

Answers

=x²+3x-4/2x²-5x+3
=(x-1)(x+4)/½(2x-2)(2x-3)
=---------------------------

$( x^(2) +3x-4 )/( 2 x^(2) -5x+3) = ((x+4)(x-1))/((x-1)(2x-3)) = (x+4)/(2x-3)$

Which function has the greatest y-intercept?

Answers

Answer:

The function f(x) has the greatest y-intercept. Option 1 is correct.

Step-by-step explanation:

The first function is

$f(x)=4x+5$

Substitute x=0 in the given function, to find the y-intercept.

$f(0)=4(0)+5=5$

The y-intercept of f(x) is 5.

From the given graph it is clear that the y-intercept of g(x) is 2.

The third function is

$h(x)=3\sin (2x+\pi)-2$

Substitute x=0 in the given function, to find the y-intercept.

$h(x)=3\sin (2(0)+\pi)-2$

$h(x)=3\sin (\pi)-2$

$h(x)=3(0)-2$

$h(x)=-2$

The y-intercept of h(x) is -2.

$5>2>-2$

Therefore the function f(x) has the greatest y-intercept. Option 1 is correct.

Final answer:

The greatest y-intercept in a function refers to the function that intersects the y-axis at the highest point. We can determine this by checking the 'b' term in the equation y = mx + b.

Explanation:

To determine which function has the greatest y-intercept, you would need to examine the 'b' term in the equation y = mx + b, which represents the y-intercept. This is the point where the function intersects the y-axis. In other words, it's the y-value where the function begins. For example, within the information provided, 'ŷ-266.8863 + 0.1656x' seems to have the largest y-intercept at 266.8863.

Now consider having graphs of multiple functions; the one that intersects the y-axis at the highest point (the largest y-value) has the greatest y-intercept.

For straight lines, their slope remains the same along the line (as demonstrated in the mention of 'Figure A1 Slope and the Algebra of Straight Lines'). It's the y-intercept that determines where on the y-axis the line begins, helping us distinguish one line from another if their slopes are identical.

Learn more about y-intercept here:

brainly.com/question/34923499

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Ralph spends 15 1/3 hours per month playing tennis. How many hours does he play in a year?A.)164 1/3
B.)182 2/3
C.)164
D.)184

Answers

$1\ month\ \rightarrow\ \ 15 (1)/(3) \ hours\n12\ months \ \rightarrow\ x\n\nx=12\cdot 15 (1)/(3)\n\nx=12\cdot15+12\cdot (1)/(3) \ \ \ \Rightarrow\ \ \ x=180+4=184\ [hours]\n\nAns.\ In\ the\ year\ he\ play\ 184\ hours\ \ \ \Rightarrow\ \ \ D.$