Answer:
ΔDAM ≅ ΔTUM according to Side Angle Side (SAS) rule of congruency
Step-by-step explanation:
The proof of congruency of the two triangles is as follows;
Statement [tex]{}[/tex] Reason
Segment DM is congruent to Segment TM [tex]{}[/tex] Given
Segment AM is congruent to Segment UM [tex]{}[/tex] Given
∠DMA is congruent to ∠UMT [tex]{}[/tex] Given
Therefore, ΔDAM is congruent to ΔTUM [tex]{}[/tex] SAS rule of congruency
Where;
SAS = Side Angle Side
Therefore;
ΔDAM ≅ ΔTUM according to Side Angle Side (SAS) rule of congruency.
Answer:
△ DAM ≅△TUM by reason SAS
1 and 3 are ___
angles.
1.corresponding
2.complementary
3.vertical
4.supplementary
Answer:
Step-by-step explanation:
<1 + <3 form a linear pair. They are supplementary.
Answer:
corresponding angles
Step-by-step explanation:
...........mmmmmmm
m21 = (4x + 9)° and m2 2 = (x - 14)° in the given figure. Find x.
K
37
O 19
7
8
Answer:
you have it crrect
Step-by-step explanation:
it is 37
!!15 POINTS!! What is the range of the function in this table?
Answer:jmm
Step-by-step explanation:hmmm
Answer:1,3,5
Step-by-step explanation:
is is all your y values
To pass a course with a C grade, a student must have an average of 70 or greater. A student's grades on three tests are 69, 75, and 64. Find what score the student must get on the next test to get a C average
Answer:
72
Step-by-step explanation:
What is the length of his lower body in centimeters
The answer to the question is A: 0.96 centimeters
[tex]\frac{2}{5}[/tex] of 1.6 is 0.64
If you subtract 0.64 from 1.6 you get 0.96, [tex]\frac{3}{5}[/tex] of 1.6
PLZZ HELP ASAP MEH DUDES
how many solutions does this linear equation have:
-3 (x + 3) = -3x - 11
one solution
infinite solutions
no solutions
Answer:
No solutions
Step-by-step explanation:
-3x-9=-3x-11
-3x and -3x cancel each other out
-9=-11
False
I recommend getting DESMOS graphing calculator for this sort of problem ;)
Answer:
No solution
Step-by-step explanation:
First, do the distributive property.
you are left with: -3x -9 = -3x - 11
you add 3x to both sides and you get -9 = -11
So.... NO SOLUTIONWhat is the slope of the line that passes through the points (-3, 3) and (-3, 13) ? Write your answer in simplest form
Answer:
Slope (m) = infinity
θ = π = 90°
2
distance (d) = 10
ΔX = 0
ΔY = 10
The slope of line that passes through the points (-3, 3) and (-3, 13) is ∞(infinity).
What is slope ?Slope is a notation that shows that a surface of which one end or side is at a higher level than another surface.
Given points are A(-3,3) and (-3, 13),
Use the formula of slope of line,
Slope m = (y₂-y₁)/(x₂-x₁)
Here, x₁=-3, y₁=3, x₂=-3, y₂=13
Substitute this values in formula,
m=(13-3)/((-3)-(-3)),
m=10/0,
m=∞
The slope is infinity.
To know more about Slope on :
https://brainly.com/question/16180119
#SPJ3
y=-7X-14
1. What is the y-intercept of the graph of the given function? How do you know?
Answer:
(0, -14)
Step-by-step explanation:
The y intercept of the graph of the function is at (0, -14)
In the equation y = mx + b, the constant b is the y value of the y intercept. In this equation, b is equal to -14, so this means the y intercept is at (0, -14).
We can also find the y intercept by setting x equal to 0, then solving for y.
Substitute 0 for x:
y = -7x - 14
y = -7(0) - 14
y = 0 - 14
y = -14
So, the y intercept is at (0, -14)
What is the operation symbol if the question is like this.
52=8___(4___5)___20
Answer:
52= 8×(4+5)-20
so I guess it's correct
Will ran the diagonal distance across a square field measuring 40 yards on each side. James ran the diagonal distance across a rectangular field with a length if 25 yards and a width of 35 yards. Who ran a longer distance?
Answer:
James ran the furthest by 3.01 yards
Step-by-step explanation:
Will2a^2 = c^2a = 402*1600 = c^23200 = c^2sqr(3200) = cc = 56.57 yardsJamesa^2 + b^2 = c^225^2 + 35^2 = c^2625 + 1225 = c^2c^2 = 1850c = sqrt(1850)c = 43.01Answer:
Step-by-step explanation:
5-5=6x+5
help me please and explain the steps please
Answer:
The answer is 72.
Step-by-step explanation:
10 times 6 plus 12 equals 72
Can anyone please help me with this question!!
Answer:
its is A,B and D
Step-by-step explanation:
find the square root of both and find the values that lie between them :)
Given t(x)=-4.9t^2+3t+10, what is the value of t(1)?
Answer: 8.1
Step-by-step explanation:
ok so whenany thing say a letter then (x). it simply means whats the answer to tht equation if x=#. in this case it means what would the answer of the equation be if t= 1.
First you input 1 in place for all values of t
f(1)= -4.9(1)^2 +3(1)+ 10
-4.9(1)^2= -4.9
then
3(1)= 3
-4.9+ 3+10= 8.1
Classify the following numbers as rational
or irrational.
Answer:
See below
Step-by-step explanation:
Rational
[tex] \frac{2}{3}, \: \: 0, \: \: \sqrt{1}, \: \: 7. \bar4, \: \: 15 \\ \\ irrational \\ 3.1415926535...., \: \: \sqrt{3} \\ [/tex]
These numbers are multiples of
16, 24, 32, 40
A) 3
B) 6
C) 7
D 8
Answer:
B and D
Step-by-step explanation:
they both can go into those
Answer:
8 is the answer to the question.
How much does an isosclese triangle add up to
Answer:
All triangles add up to 180 degrees.
Step-by-step explanation:
Answer:
isosceles triangle adds up to 180 degrees
Step-by-step explanation:
an isosceles triangle states that 2 sides of the triangle will have the same angle value while the other side wont but they will all add to 180
G(-6,8) and O (-4,2).what is the slope of go ?
[tex]Slope = \frac{2 - 8}{-4 - (-6)} = \frac{2 - 8}{-4 + 6} = \frac{-6}{2} = -3[/tex]
Algebra 2, help ASAP.
Answer: distributive property
Step-by-step explanation:
Original Price: $124; Markdown: 14% (what is the final/marked-down price?)
Answer:
$106.64
Step-by-step explanation:
To get 14%
1. x/124 = 14/100
2. 124×14=1736
3. 1736/100= 17.36
4. 124-17.36= 106.64
Lisa smiled at her reflection, then made a funny face. She wore a cap, and her long hair blew in the wind. Her cheeks were pinkish from the cold and the wind, and her nose was moist. Lisa stepped away from nature’s mirror and was debating what after-school snack she would fix when she spied a lake of rainwater that extended from their squat trailer to the rusting tractors parked in the back.
“Oh, wow,” she remarked. The afternoon glare off the lake made her squint. How strange, she mused. It had rained just after lunch at school, but the downpour hadn’t seemed that heavy. Had a cloud stalled above their trailer and poured out its little heart?
She strolled around the new lake, occasionally gazing back at her footprints in the soggy earth. The chickens in the yard were soggy, too, their feathers parted and showing the yellow skin underneath. Still, they scratched and pecked at the ground and left their own shallow prints in the wet earth.
I’ll draw the lake, Lisa decided. She liked drawing birds, but had grown tired of sparrows, blue jays, and blackbirds wrapped in glossiness. These days she liked doing portraits, though she could draw objects, too. The previous week she had drawn the pile of tires behind the tractors; the drawing now adorned the front of the refrigerator.
Lisa produced a pencil and her sketch pad from her backpack. She had to capture this lake before it disappeared into the earth, taking with it the fluffy clouds mirrored on its surface. Birds the color of asphalt flittered about the edges of the puddle, and she recognized them as common finches. She knelt on the wet ground, putting down on paper what her eye beheld, what her fingers were able to portray.
Her gift was a mystery, as neither of her parents could draw. Their talent was to bring their faces together, like lovebirds, and warble Mexican songs, although most of the time they were working. Her father was employed by a dairy and her mother, from windy March to scorching July, worked in the fields—she thinned beets and cotton and was sometimes on a women’s crew that harvested cantaloupes. There were also two seasons when she packed peaches.
Lisa’s dog, Pecas, roamed in the background. He paused, head raised and fur parting from the wind. Lisa had to smile. He seemed to be posing as the subject of her artwork. His breath hung in the air when he barked at movement in the grass—a rabbit, she wondered, or a quail in search of a mate? The gopher that had tunneled under their garden patch last summer and nibbled at everything her father had planted: cucumbers, tomatoes, chilies, and eggplant?
I’ll surprise my parents with this new drawing, Lisa thought. “Cállate!” 1 she ordered Pecas, who turned, head lifted and tail wagging, and happily trotted toward her. But when two large white birds dropped from the sky, Pecas lurched in fear, kicking up water. “Oh my gosh,” Lisa uttered, dropping her pencil. She searched the sky for other birds. But the sky was vacant, except for blackbirds wheeling over the fields across the street.
As she took a cautious step toward the birds, she remembered that the night before she had been looking in her Audubon book at a picture of a bird that she would like to draw: the egret. Now before her stood a pair of egrets, which, against the backdrop of the grayish lake, were white as snow.
Lisa’s heart thumped with excitement and Pecas’s tail wagged briskly. Lisa again turned her attention skyward: Where had they come from? What wind had brought them here at this moment? She reached for the pencil on the ground and rolled it between her palms to spark the fires of creation. She had to draw these rare and silent birds, who, if she remembered right, seldom whistled or twittered with song.
Lisa turned and gasped. Over the lake arched a rainbow that began somewhere behind the tractors. The centerpiece was the pair of egrets, still as statues. Even Pecas stopped his whining. Lisa wondered, Can he really see the rainbow? She had read that dogs were mostly color-blind, but that birds, even common ones like the sparrow and finch, could slice the color red into a dozen shades. Their world was richer in color than some of the greatest paintings.
Lisa tried to sketch the scene quickly before it disappeared: First the egrets would fly away, then the rainbow fade, and finally the deposit of rain sink into the earth.
“It’s so beautiful,” she remarked.
A black-and-white calf ambled out from between the rusty tractors. Splattered with mud, it moved with a heavy sway toward the water. The calf stopped, then raised its heavy head to Lisa, as if saying, “Go ahead—draw me.” It lowered its gaze to turn and present a mournful profile, spittle hanging from its mouth.
“Oh,” Lisa let out, and added the cow to the scene. She made a face when she heard the telephone ring.
Answer:
1. A
2. Part A: B
3. Part B: C
4. Part C: B
5. B
6. Part A: B
7. Part B: C
8. A
Hope this helps!! :)
Answer:tyer5aghfdtr
Step-by-step explanation:
Answer:tyer5aghfdtr
rgtedrgdgdgdgd
Step-by-step explanation:
Answer:tyer5aghfdtr
gdgdhjkygkyuity7uindr6n6usre6rsnu6nrsu
Step-by-step explanation:
6nrus6nru5unrys6sr5n6urn56ur5n6usr6un
Solve the absolute value equation
algebraically: 3|2x - 3| + 2 = 3
Answer:
[tex]3 |2x - 3| = 1[/tex]
[tex]3 |2x - 3| = 1 \\ 6x - 9 = 1 \\ 6x = 10 \\ x = \frac{10}{6} = \frac{5}{3} [/tex]
[tex]3 |2x - 3| = - 1 \\ 6x - 9 = - 1 \\ 6x = 8 \\ x = \frac{4}{3} [/tex]
[tex]x = \frac{5}{3} x = \frac{4}{3} [/tex]
I am sorry but I am not sure of this :(
Making Sense of Slope - Item 32544
Question 7 T7
The graph shows the motion of a train on a railroad.
Which statement describing the motion of the train
best supported by the graph?
Distance (mi)
Time (hr)
CLEAR
CHECK
The train is traveling on a level surface.
The train is moving at a constant positive speed.
o
The train is not moving.
The train track is straight.
Answer:
the train track is straight
Step-by-step explanation:
i had that too
A photographer charges customers a one-time
booking fee and an hourly rate of $50. For a 1-hour
photo session the photographer charges $95. Write
a linear equation that represents the total charge t
for h hours of service.
to first solve this we need to write an equation by find time
T+50+95
-50 - 50
t= 45
then we have to find hour
h=45+50+95
45
50
95+95=
h= 190
and to write this as a linear equation we write this
( h-t=a)
(190-50-45 = 95)
190
50
140
-45
95
solve |3k-2|=2|k+12|
Answer:
[tex] k = 26 [/tex] or [tex] k = -\dfrac{22}{5} [/tex]
Step-by-step explanation:
|3k - 2| = 2|k + 12|
[tex] \dfrac{|3k - 2|}{|k + 12|} = 2 [/tex]
[tex] |\dfrac{3k - 2}{k + 12}| = 2 [/tex]
[tex] 3k - 2 = 2(k + 12) [/tex] or [tex] 3k - 2 = -2(k + 12) [/tex]
[tex] 3k - 2 = 2k + 24 [/tex] or [tex] 3k - 2 = -2k - 24 [/tex]
[tex] k = 26 [/tex] or [tex] 5k = -22 [/tex]
[tex] k = 26 [/tex] or [tex] k = -\dfrac{22}{5} [/tex]
PLEEEEAAAASSSSEEEEEE HELP ME!!!!!!
Answer:
ok ok im pretty sure put -8 in the first box and in the next box put 4
Step-by-step explanation:
12+ -8 = 4
If Frances can paint 1/3 of a wall in 20 minutes, how long will it take her to paint a room with 4 walls.
A. 60 minutes
B. 80 minutes
C. 240 minutes
D. 266 minutes
Answer:
C. 240 minutes
Step-by-step explanation:
If 1/3 of a wall takes 20 minutes, then 3/3 of a wall would take 60 minutes(hour). Then multiply 60x4 and you get 240.
20x3=60
60x4=240
An experiment consists of rolling two fair dice and adding the dots on the two sides facing up. What is the probability that the sum of the dots is 12?
A. 1/36
B. 1/18
C. 1/12
D. 1/9
“If a polygon has four sides, then it is a square.”
Answer:
Not a square, a quadrilateral, i know they are basically the same thing so dont you people say oh its the same thing, i know, im just saying the mathematical term.
how do i show that this equation equals this?
Answer:
See explanation below.
Step-by-step explanation:
So we will have to somehow show that [tex]\sqrt[x]{b^{m}}[/tex] equals [tex](\sqrt[x]{b})^{m}[/tex] by using [tex]b^{\frac{m}{n}}[/tex].
[tex]\sqrt[x]{b^{m}}=(b^{m})^{\frac{1}{x}}=b^{m*\frac{1}{x}}=b^{\frac{m}{x}}[/tex]
[tex](\sqrt[x]{b})^{m}=(b^{\frac{1}{x}})^{m}=b^{m*\frac{1}{x}}=b^{\frac{m}{x}}[/tex]
So we have shown that:
[tex]\sqrt[x]{b^{m}}=b^{\frac{m}{x}}[/tex]
and
[tex](\sqrt[x]{b})^{m}=b^{\frac{m}{x}}[/tex]
So by the transitive property of equality:
[tex]\sqrt[x]{b^{m}}=(\sqrt[x]{b})^{m}[/tex]
I hope you find my answer and explanation to be helpful. Happy studying. :D
Dino has 14 coins and 2 one dollar bills which describes the relationship between the coins and the dollar bills?
Answer:
is A:
Step-by-step explanation:
Dino has 7 times as many coins as he has bills.