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3 years ago

Round $783.85 to the nearest $1,000.00

2 answers:

5 0

The nearest $1,000 is $1,000 because 783.85 is more than 500, meaning it is closer to to 1000 than any other thousand, so the answer is $1,000

frutty [35]3 years ago

4 0

Round $783.85 to the nearest $1,000.00,
$1000.00 is your answer

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Given f(x) = | – 5 – 4x| ,find the following:

jasenka [17]

Answer:

$f(10) = 35 \\ \\ f( - 11) = 39 \\ \\ f(12) = 53 \\ \\ f(2) = 13$

Step-by-step explanation:

$f(x) = | - 5 - 4x|$

To solve for the following substitute the value of x in the brackets into the above formula and solve for the value of x

NB:  Absolute value of a negative number is the same number but positive.

So we have

$f( - 10) = | - 5 - 4( - 10)| \\ = | - 5 + 40| = 35 \\ \\ f( - 11) = | - 5 - 4( - 11)| \\ = | - 5 + 44| = 39 \\ \\ f(12) = | - 5 - 4(12)| \\ = | - 5 - 48| \\ = | - 53| = 53 \\ \\ f(2) = | - 5 - 4(2)| \\ = | - 5 - 8| = | - 13| \\ = 13$

Hope this helps you

6 0

3 years ago

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To hang lights up on his house.Garrett place is a 14 foot ladder 4 feet from the base of the house. How high up the house will t

Mariulka [41]

This seems like a right triangle problem.

So assuming 14 feet is the hypotenuse and 4 feet is a leg of the right triangle, we can use the pythagorean theorem ( $a^{2} +b^{2} =c^{2}$ ) to solve for the height of the house, in which we shall name it x.

So, the equation is $4^{2} +x^{2} =14^{2}$ .

Solve for x:

16+x^{2}= 196

x^{2}= 196-16

x^{2}= 180

x = 6√5 feet

Hope this helps!

6 0

3 years ago

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Which mixed number is equivalent to the improper fraction 23/6 ?

satela [25.4K]

Which mixed number is equivalent to the improper fraction 23/6 ?

= 3 5/6

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What is 30/78 simplified

Anton [14]

30/78 simplified is 15/39

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3 years ago

Write an equation that expresses the following relationship. p varies directly with d and inversely with the square root of u In

NARA [144]

The equation given as p varies directly with d and inversely with the square root of u is written as:

p = k1d
k1 is the proportionality constant.
and p = k2 $\frac{1}{ \sqrt{u} }$
here k2 is the proportionality constant.

Thus,
combining both equations we get, p = C $\frac{d}{ \sqrt{u} }$
where K = K1*K2, K is the proportionality constant.

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3 years ago