At the new light bulb plant, 9 out of 25 light bulbs produced are defective. If the daily production is 4400 light bulbs, how many are defective?

Answers

Answer 1
Answer: 1584 lightbulbs would be defective out of 4400

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1. A cab driver charges a flat rate of $7 for the first mile driven and $2 for every mile after that. If thecost of the cab ride is modeled by the expression 7 + 2(x - 1). What does (x - 1) represent?

I need helllpppp
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Answers

Answer:

C

Step-by-step explanation:

Tip a positive number multiplied to a negative number is negative

F(x )= ?g(x) = ?
Neither function can be the identity function.
(There may be more than one correct answer.)

Answers

f(x) =  {x}^(7)

g(x) = 3x + 3

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f(x) =  {x}^(14)

g(x) =  √(3x + 3)

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f(x) =  ({5x - 10})^(7)

g(x) =  (3)/(5)x +  (13)/(5) \n

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And many other answers....

What is the 100th term in the pattern with the formula n+7

Answers

To find it, put 100 where n is in the formula and evaluate
.. n + 7
for n = 100
.. 100 +7
.. = 107

The 100th term is 107.

Help please it’s supposed to be turned in

Answers

Answer:

30 i believe

Step-by-step explanation:

hope this helps. i say 30 because thats the only common multiple in those numbers :P

The table shows a relationship between and y-values.which statement describes the pattern created by the values?
» Each y value is determined by
multiplying each x value by 3, so the
pattern is multiplicative
» Each y value is determined by adding
4 to each x value, so the pattern is
additive
» Each y-value is determined by adding
2 to each value, so the pattern is
additive
» Each y value is determined by
multiplying each value by 2, so the
pattern is multiplicative
Done

Answers

Answer:

Do you mind giving a picture of the table?

Answer:your answer is Each y-value is determined by adding 4 to each x-value by so the pattern is addictive

Step-by-step explanation:

a.Find a linear approximation of 4√14 . b. Justify visually whether your approximation is an over- or underestimate.

Answers

Answer:

15

Step-by-step explanation:

Let f(x) be the function

\bf f(x)=√(x)

A linear approximation of f is the Taylor polynomial of degree one:

\bf f(x)\approx f(a)+f'(a)(x-a)

Taking a = 16, and given that

\bf f'(x)=\displaystyle(1)/(2√(x))

we get

\bf f(x)\approx f(16)+f'(16)(x-16)=√(16)+\displaystyle(1)/(2√(16))(x-16)=4+\displaystyle(x-16)/(8)

so

\bf √(14)=f(14)\approx 4+\displaystyle(14-16)/(8)=3.75\Rightarrow\n\n\Rightarrow 4√(14)\approx 4(3.75)=15

Since 16 > 14, we can deduce that this is an overestimate.