What is another way to write 4 hundreds?

Answers

Answer 1
Answer: There is 3 form that mostly used in math: standard form, expanded form and word form. In this question, 4 hundred would be word form. So, to write 4 hundred in a different form the answer would be:

Standard form: 400
Expanded form : 4x100

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You need to put your reindeer, Rudy, Ezekiel, Gloopin, Bloopin, and Prancer, in a single-file line to pull your sleigh. However, Bloopin and Rudy are fighting, so you have to keep them apart, or they won't fly. How many ways can you arrange your reindeer?

Write the definition of a function absoluteValue, that receives an integer parameter and returns the absolute value of the parameter's value. So, if the parameter's value is 7 or 803 or 141 the function returns 7, 803 or 141 respectively. But if the parameter's value is -22 or -57, the function returns 22 or 57 (same magnitude but a positive instead of a negative). And if the parameter's value is 0, the function returns 0.

Answers

Answer:

Step-by-step explanation:

The value absolute is the function |*|: \mathbb{R}\rightarrow \mathbb{R}^+ defined by |x|= x if x is a positive number and |x|=-x if x is a negative number.

-2 (x-7)=-(2x+5) solve for x

Answers

-2(x-7)=-(2x+5) \n\n -2x+14=-2x-5 \n\n -2x+2x=-5-14 \n\n 0=-19 \n\n \boxed{x=\emptyset}
-2 (x-7)=-(2x+5) \n-2x+14=-2x-5\n14=-5\nx\in\emptyset

How many eggs will you get from 1000 chickens on a chicken farm?

Answers

Answer: Chicken gives about 1 eeg per day, so if you have 1000 chickens, you can get 1000 eggs per day (About 42 per hour, and about 0.7 eggs per minute).

Choose the number that is composite.


A. 2
B. 21
C. 31
D. 17

Answers

A composite number has more than two factors. (B) 21 is a composite number because the factors of 21 are 7 × 3.

Derive the equation of the parabola with a focus at (2, −1) and a directrix of y = −one half.f(x) = −(x + 2)2 − three fourths
f(x) = (x + 2)2 + three fourths
f(x) = −(x − 2)2 + three fourths
f(x) = −(x − 2)2 − three fourths

Answers

Basically, the parabola has to have all points that are equidistant from the focus and the directrix, the directrix being a horizontal line, and the focus being a point given. To derive an equation from this you need to use the distance formula which I'm guessing you already know because you're already in precalc.
The gist of it is that we have a random point on the parabola (x,y), and the point (x,y) will be equidistant from both the focus and the directrix. If we use the distance formula, you get something like this:
\sqrt{(y-(- (1)/(2) ))^2} = √((x-2)^2+(y-(-1)^2)
The square root of y-(-1/2) coming from the directrix, and the righthand side of the equal sign being derived from the focus.
All you need to do is simplify now!
(y+(1)/(2))^2 = (x-2)^2+(y+1)^2 \n\ y^2+y+ (1)/(4) = x^2-4x+4 + y^2+2y+1 \n\ -y-(3)/(4) = x^2-4x+4 \n\ -y-(3)/(4) = (x-2)^2 \n\ -y = (x-2)^2+(3)/(4) \n\ y = -(x-2)^2-(3)/(4)

Hope I helped! 

Answer:

f(x) = −(x − 2)2 − three fourths

Step-by-step explanation:

The coordinates of the endpoints of and are A(x1, y1), B(x2, y2), C(x3, y3), and D(x4, y4). Which condition proves that ?

Answers

for two line segments to be parallel, their slopes must be equal.

Therefore slope of AB must be equal to slope of CD

which is, option 3
 (y4-y3)/(x4-x3)=(y2-y1)/(x2-x1)

the complete question in the attached figure

we know that

Two lines are parallel if they have the same slope.

So

Computing for the slope of line segment AB and line segment CD using the formula

m=((y2-y1))/((x2-x1))

step 1

Find the slope segment AB

A(x1, y1), B(x2, y2)

mAB=((y2-y1))/((x2-x1))

step 2

Find the slope segment CD

C(x3, y3), D(x4, y4)

mCD=((y4-y3))/((x4-x3))

step 3

If AB is parallel to CD

then

mAB=mCD

((y2-y1))/((x2-x1))=((y4-y3))/((x4-x3))

therefore

the answer is

((y2-y1))/((x2-x1))=((y4-y3))/((x4-x3))