Find the nth term, a1 = 24, d = 8, n = 25 loljejehwhwhshsh

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Answer 1

Answer: yes i is doing a lot better today

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A real estate agent used the mean and MAD to argue that the home prices of Pepper Hill Road were higher and less variable than those of Cinnamon Court. What is the agent’s error?He should have used the median and IQR because the data is symmetric.its b I just chose randomly He should have used the median and IQR because of the outlier.He should have compared the median and mean.He should have compared the MAD and IQR.
What is the solution of the system of equations? y = –2x + 8 y = x – 4
What are the zeros of the quadratic function f(x) = 6x^2 + 12x – 7?
What percent of 66 is 133
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I will give you the crown (brainlist) and 5 stars! These are 2 DIFFERENT questions.

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Answer:

number 1 the answer is B

The answers are A & B

A furniture maker uses the specification 19.88 ≤ w ≤ 20.12 for the width w in inches of a desk drawer. Write the specification as an absolute value inequality.

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A furniture maker uses the specification 19.88 ≤ w ≤ 20.12

The absolute value inequality is

$|x-20|\leq 0.12$

Given :

A furniture maker uses the specification 19.88 ≤ w ≤ 20.12 for the width w in inches of a desk drawer

We need to write the given inequality in absolute value inequality

if $a-b<x<a+b$ then absolute value inequality is

$|x-a|< b$

To find out value of 'a' and 'b' we need to use the given inequality

compare a-b<x<a+b with given inequality

$a-b=19.88\na+b=20.12$

Solve for 'a' and 'b'

Add both equations

$2a=40\na=20$

Now find out b

$a+b=20.12\n20+b=20.12\nb=20.12-20\nb=0.12$

The required absolute value inequality is

$|x-a|\leq b\n|x-20|\leq 0.12$

Learn more : brainly.com/question/1770168

The correct answer is:

|w-20| ≤ 0.12.

Explanation:

We first find the average of the two ends of the inequality:

(19.88+20.12)/2 = 40/2 = 20

This will be the number subtracted from w in the inequality.

Now we find the difference between this value and the ends:

20-19.88 = 0.12

20.12 - 20 = 0.12

This will be what our absolute value inequality ends with; the "answer" part, so to speak.

Since this inequality is written in compact form, it must be an "and" inequality; this means the absolute value inequality must be a "less than or equal to."

This gives us

|w-20| ≤ 0.12

A wooden plank is leaning against an outside wall of a building. The bottom of the plank is 3 ft from the wall. Find each of the following values, and show all your work. (a) Find the approximate length of the plank. Round to the nearest tenth of a foot. (b) Find the height above the ground where the plank touches the wall. Round to the nearest tenth of a foot.

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(A) Find the approximate length of the plank. Round to the nearest tenth of a foot.
Given that the distance of the ground is 3ft.
In order to get the length of the plank,
we can use the this one.

cos 49 = ground / plank
cos 49 = 3 / plank
plank = cos 49 / 3
plank = 0.10 ft

(b) Find the height above the ground where the plank touches the wall. Round to the nearest tenth of a foot.

The remaining angle is equal to
angle = 180 - (90+49)
angle = 41

Finding the height.
tan 41 = height / ground
tan 41 = height / 3
height = tan 41 / 3
height = 0.05 ft.

(A) 0.10 feet
(B) 0.05 feet

Round 125,458 to the nearest hundred thousand

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To solve this you need to look at the number to the right of the hundred thousand place. So that would be "2" The rule is if that number is less than 5 round down, more than 5 round up.

So 125,458 = 100,000 to the nearest hundred thousand

Find each product or quotient . Use significant digits . ( 1,370m divided by 31.7 s )

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43.217665 miles a second I think you were asking.

What is 1.333333 as a fraction ?

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4/3 is the answer....

1.333333 as a fraction equals 1333333/1000000

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Multiplies to -0.72 and adds to 0.6

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Find the 50th term sequence 5 , -2 , -9 , -16

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