Greg drew a pair of parallel lines and a line segment next to each other on a chalkboard.Which of these statements best compares the pair of parallel lines and the line segment?
A.Parallel lines and the line segment have no dimensions of measurement.
B.The parallel lines and the line segment always meet at a common endpoint which is called the vertex.
C.Parallel lines and a line segment cannot lie on the same plane at the same time because they do not overlap.
D.The parallel lines extend infinitely in both directions, and the line segment has two endpoints.

Answers

Answer 1

Answer: Greg drew a pair of parallel lines and a line segment next to each other on a chalkboard. The statement that best compares the pair of parallel lines and the line segment is D. The parallel lines extend infinitely in both directions, and the line segment has two endpoints.

Related Questions

∠A and ∠B are supplementary. If m∠A = 83° , what is the measure of ∠B?7° 83° 97° 17°
I need help with all of it
How would I solve this and where would I put the dots?
Which is a solution to (x − 2)(x + 10) = 13?x = 3 x = 8 x = 10 x = 11
Which does NOT represent a function abcd

Match the formula to the correct figure.

What goes where? :D

Will give out Brainliest Answer!!!

Answers

It is asking you to move the right formula with its match.

Formula for a cylinder: π*R^2*H
So the first option goes to the first shape.

Example:
Radius=5
Length=10
π≈3.14
3.14*5²*10
=725 cm³ for the answer.

Formula for a square: l*w*h
So the 4th option goes with the 2nd shape.

Example: l=5 w=5 h=5
(Length * Width * Hieght)

5*5*5=125 for the answer.

Formula for a cone is: 1/3π*r^2*h
So the second option goes to the 3rd shape.

Example: r=3 h=11
π≈3.14
$(1)/(3) *3 ^(2) *11=33$
33 is your answer.

Formula for the pyramid would be: 1/3*b*h
So the 3rd option would go to the 4th shape.

Example:
b=2 h=10
$(1)/(3) *2*10=6.666667$
Rounded: 6.6

Hope this helps!~

(Look at the attachment)

These are the formula's for each of the 3 dimensional shapes. They're asking you to match the formula to the correct shape.

Here, you'll need just a bit of memorizing.

Orange figure : Cylinder
V=πr²h

Yellow figure: Square
length * width * height
V = l×w×h

Blue figure: Cone
V = 1/3πr²h

Red figure: Pyramid
V = 1/3 b * h

Pi = 3.14
h = height
b = base
r = radius (half of diameter)
v = volume

A cell phone company orders 600 new phones from a manufacturer. If the probability of a phone being defective is 3.5%, predict how many of the phones are likely to be defective. Round to the nearest whole number.A) 18 phones
B) 210 phones
C) 21 phones
D) 26 phones

Answers

To calculate percetages, move the decimal point 2 places to the left.

3.5% = 0.035

Then multiply by the decimal:

600 • 0.035 = 21

Your answer is C: 21 phones

Describe how to find the area of the patio

Answers

You must use the information you're given, together with everything you know about the area of various shapes, to translate the known into the solution for the unknown. Since you gave us none of the former, and we remain dubious concerning the scope and extent of the latter, there's no more that can be said.

Which equation fits the word problem? Katie rented a bike from James' Bikes. It cost $19 plus $6 per hour. If Katie paid $49, then he rented the bike for how many hours?

Answers

Answer:

5 hours

Step-by-step explanation:

19+6=25 1

25+6=31 2

31+6=37 3

37+6=43 4

43+6=49 5

Answer:

5 hours

Step-by-step explanation:

49(total)-19(base charge) = 30(rented money needed). 6 times 5 = 30. So, Katie paid 5 hours. Kind of confusing but trust me. Hope this helps

1/3 (n+1)+2=1/6 (3n-5)

Answers

$\frac { 1 }{ 3 } \left( n+1 \right) +2=\frac { 1 }{ 6 } \left( 3n-5 \right)$

$\n \n 6\left\{ \frac { 1 }{ 3 } \left( n+1 \right) +2 \right\} =6\cdot \frac { 1 }{ 6 } \left( 3n-5 \right)$

$\n \n 2\left( n+1 \right) +12=3n-5\n \n 2n+2+12=3n-5\n \n 2+12+5=3n-2n\n \n 19=n$

A quantity h varies directly with w and inversely with p. If h = 2, w = 4, and p = 6. What is the constant of variation?A. 1/2
B. 4/3
C. 3
D. 12

Answers

Using a proportional relationship, the constant of variation is given as follows:

C. 3

What is a proportional relationship?

A proportional relationship is a function in which the output variable is given by the input variable multiplied by a constant of proportionality, that is:

y = kx

In which k is the constant of proportionality.

If the measures are inverse proportional, the relation is:

y = k/x

A quantity h varies directly with w and inversely with p, hence the quantity h is given by:

h = kw/p

h = 2, w = 4, and p = 6, hence we can solve for the constant k.

2 = 4k/6

4k = 12

k = 3.

Hence option C is correct.

More can be learned about proportional relationships at brainly.com/question/10424180