MATHEMATICS HIGH SCHOOL

Find the distance between each set of points 7,3 and 6,4

Answers

Answer 1

Answer:

Answer:

$d = √(2)$

Step-by-step explanation:

Use the distance formula: $d = \sqrt{(x_(2) -x_(1) )^(2) + (y_(2) -y_(1) )^(2)}$

1. Fill in the values:

$d = \sqrt{(7 -6 )^(2) + (3 - 4)^(2)}$

2. Subtract inside the parenthesis:

$d = \sqrt{(1)^(2) + (-1 )^(2)}$

3. Simplify:

$d = √(1 + 1)$

$d = √(2)$

The distance between the points is $d = √(2)$

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Give the final factored form of the expression. Provide an explanation AND identify the type of factoring used.x2 – 9y2
You don't have to identify the type of factoring used, but I need help with the rest, please and thank you.

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$(x^2-9y^2)=\n(x^2-(3y)^2)=\n(x-3y)(x+3y)\n\n(a^2-b^2)=(a-b)(a+b)\n$

what is the probability that the first card is a king and the second card is a king if the sampling is done with replacement?

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Answer: 1/169

The calculation would be (4/52)*(4/52) which is the same as (1/13)^2

The 4/52 refers to the fact there are 4 kings out of 52 cards total.

The 1/13 is the idea where there's 1 king in any given suit of 13 cards.

A horizontal demand curve is more elastic than a vertical demand curve.A. True
B. False

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the answer is false my friend.... false

false.
the answer is false

What is the value of the expression?
25 – 4 + (40 ÷ 20)5

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25 - 4 + (40 ÷ 20)5 = 31

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V=A*h*1/3 - equation to count volume of the pyramid
A=93.5 sq ft
h=6 ft
V=93.5*6*1/3=93.5*2=187 cubic ft

The volume of a pyramid with a hexagon base is: 1/3 * area of the base * height.

So: 1/3 * 93.5 * 6 = 187.

The random variable x represents the number of phone calls an author receives in a day, and it has a Poisson distribution with a mean of 7.6 calls. What are the possible values of x? Is a value of xequals3.2 possible? Is x a discrete random variable or a continuous random variable?