Yeah I don’t get this
Yeah I don’t get this - 1

Answers

Answer 1
Answer:

using pythagorean theorem

a^2 + b^2 = c^2

(12x)^2 + (16x)^2 = 10^2

square each term

144x^2 + 256x^2 = 100

combine like terms

400 x^2 = 100


divide by 400 on each side

x^2 = 1/4

take the square root on each side

x = 1/2


Answer:  x=1/2


Related Questions

I can't figure this outthis question was on my exam and I got it completely wrong (I have a graphing calculator capble of matrices so yo don't have to solve the system of equations by hand, use rref (reduced row echelon form))values of a, b, and c and the equation of the graph of the parabola y=ax^2+bx+csuch that is passes through the points (2,-15) (-5,-29) (-3,5) rewrite it in the form (x-h)^2=4P(y-k) show all workif I were to sub the points in I would ge(2,-15): -15=4a+2b+c (-5,-29): -29=25a-5b+c (-3,5): 5=9a-3b+cthen solve for a, b and c I don't know how to solve, please help(if I don't undestand your answer, I will either report or ask you to explain more)
What is the domain of f(x)?O {xl-4O {xl-3 < x < 4}O {x|1 < x < 4}O {x|2 < x < 4}
Lourdes is listening to an audio book that is 9 hours long. She has listened for 6 1/6 hours so far. How many hours of listening time are left.
Proportions in Triangles (5)
One end of a line segment has the coordinates (1, 3). If themiddle point is (5,8), then what are the coordinates of theother endpoint?A (3,5.5)B (9, 12)C (12,5)D (9, 13)

Which regular polygons could be used to make regular and semi-regular tessellations? Check all that apply.- equilateral triangle
- square
- regular pentagon
- regular hexagon
- regular octagon
- regular nonagon
- regular dodecagon

Answers

The regular polygons could be used to make regular and semi-regular tessellations are equilateral triangle, square and regular hexagon. Therefore, the correct answers are A, B and D.

A regular tessellation is tessellation made up by using only one type of regular polygon. These are made up of completely congruent regular polygons all that connecting vertex to vertex.

Regular polygons have congruent straight sides. When we slide or rotate a regular polygon, the side of the original figure and the side of its translation will match.

Equilateral triangles, squares and regular hexagons are the only regular polygons that tessellate. Therefore, there are only three regular tessellations.

Therefore, the correct answers are A, B and D.

Learn more about the tessellations here:

brainly.com/question/12926513.

#SPJ4

Answer:

A. equilateral triangle

B. square

D. regular hexagon

E. regular octagon

G. regular dodecagon

Step-by-step explanation:

Can you show how to do 67,000 rounded to the nearest ten thousand on a number line.

Answers

On your number line have 60,000 and 70,000 and then 67,000 in its relevant place (just over halfway) and then show that it would be closer to 70,000 
Hope this helped :)
I believe it's 70000

What is the slope intercept form of the graph

Answers

Answer:

y = x + 1

Step-by-step explanation:

y = mx + b

First, find the y-intercept. This is where the line intersects with the y-axis.

So, 1. -> y = mx + 1

Next, find the slope. For every 1/2 moving to the right, it also vertically increased by 1/2.

(1/2)/(1/2)

= 1 -> y = x + 1

Therefore, y = x + 1

Caroline bought 20 shares of stock at 101/2, and after 10 months the value of the stocks was 111/4. If Caroline were to sell all her shares of this stock, how much profit would she make? A. $10 B. $15 C. $225 D. $210

Answers

Answer:

$15 profit would  Caroline make .

Option (B) is correct .

Step-by-step explanation:

As given

Caroline\ bought\ 20\ shares\ of\ stock\ at\ 10 (1)/(2).

i.e

Caroline\ bought\ 20\ shares\ of\ stock\ at\ (21)/(2).

After\ 10\ months\ the\ value\ of\ the\ stocks\ was\ 11 (1)/(4).

i.e

After\ 10\ months\ the\ value\ of\ the\ stocks\ was\ (45)/(4).

Thus

Profit = (Cost of the 20 stock after 10 month - Cost of the 20 stock before 10 month ) × Total number of shares .

Profit = ((45)/(4) - (21)/(2))* 20

L.C.M of (4,2) = 4

Profit = (45 - 21* 2)/(4)* 20

Profit = (45 - 42)/(4)* 20

Profit = (3)/(4)* 20

Profit = 3 × 5

Profit = $15

Therefore the $15 profit would  Caroline make .

Option (B) is correct .

Your answer will be  $15.

How to turn it from standard form to slope intercept form

Answers

7 . X + 2y = 4 (move x beside 4, since it's positive it will be negative)

2y = 4 - X (divide terms to 2)

| 2y ÷ 2 = y | 4 ÷ 2 = 2 | -X ÷ 2 = -1/2 (There's always an imaginary 1 beside x, only just x).

y = 2 - 1/2x (rearrange terms)

y = -1/2x + 2

9. -2x + 3y = -6 (move -2x beside -6, since it's negative it will turn into a positive)

3y = -6 + 2x (divide by 3)

y = -2 + 2/3x (rearrange)

y = 2/3x -2

11. 5x - 2y = 14

-2y = 14 - 5x (-2 ÷ -5x is 5/2x, but since numerator and denominator are negative, fraction turns positive)

y = -7 + 5/2x

y= 5/2x - 7

13. 4x + 3y = 12

3y = 12- 4x

y = 4 -4/3x

y = -4/3x + 4

15. x + 3y = -3

3y = -3 -x

y = -1 -1/3x

y -1/3x - 1

There you go!

Just remember those steps and you should be fine :)

Rachel buys 10m of rope and cuts5 pieces form, each 1.2 meters to tie up things. she then cuts the reaming into some pieces each of length 0.6 meter how many pieces of rope of length 0.6 meter did he cut

Answers

Rachel initially cuts 5 pieces of rope, each measuring 1.2 meters. Therefore, she has used a total of 5 * 1.2 = 6 meters of rope for these 5 pieces.
Now, to find out how much rope is remaining, we subtract the length used from the total length of 10 meters: 10 - 6 = 4 meters.
Rachel then cuts the remaining rope into pieces of length 0.6 meters each. To find out how many such pieces she can make, we divide the remaining length by the length of each piece: 4 / 0.6 = 6.67.
However, since we cannot have a fraction of a piece, we round down to the nearest whole number. Therefore, Rachel cut 6 pieces of rope, each measuring 0.6 meters, from the remaining 4 meters of rope.