Select Four answers.
2/12
1/4
2/8
6/12
4/16
3/12

Answer:

20 square units

Step-by-step explanation:

Area= base×height

=b×h

Area= 4×5

= 20

Answer:14

Step-by-step explanation:

Answer:

Mike had 14 to begin with.

Step-by-step explanation:

16 - 9 = 7

7 x 2 = 14

14 / 2 = 7

9 + 7 = 16

Answer:

C

You just count how many tens are for each one (30 min = 3 tens; 20 min = 2 tens; 3 hours = 18 tens; 40 min = 4 tens), which adds up to 27 tens. Since it costs $5.25 for every ten minutes, the total would be 27 x 5.25, or $141.75, which means the correct answer is C.

Calculations

3 + 2 + 18 + 4

27 x 5.25 =

Answer:

The answer is A

Step-by-step explanation:

Answer:

a) Arya charges $5 less per hour than Cody.

Answer:

p=216

Step-by-step explanation:

12 nights

18 pages per night

12 x 18=216

Answer:

According to BODMAS / PEMDAS rule, the answer is 202.

Step-by-step explanation:

3 (63-12 )+94-32-13

=3(51)+94-32-13

=153+94-33-13

=202

Answer:

(3/2 m)^2 -(5n)^2^

Step-by-step explanation:

Answer: 9m^2 / 4  -  25n^2

Step-by-step explanation:

Use the identity: (a-b)(a+b)=a^2 - b^2
substitute values of a and b, where a=3/2m and b=5n.
The following simplifies to (3/2m)^2 - (5n)^2.

Answer:

(10t + u)(10u + t) = 4,930

100tu + 10t^2 + 10u^2 + tu = 4,930

101tu + 10t^2 + 10u^2 = 4,930

10t^2 + (101u)t + (10u^2 - 4,930) = 0

(101u)^2 - 4(10)(10u^2 - 4,930)

= 10,201u^2 - 400u^2 + 197,200

= 9,801u^2 + 197,200

We see that u = 5 gives 442,225.

√442,225 = 665

(10t + 5)(50 + t) = 4,930

500t + 10t^2 + 250 + 5t = 4,930

10t^2 + 505t - 4,680 = 0

2t^2 + 101t - 936 = 0

t = (-101 + √(101^2 - 4(2)(-936)))/(2×2)

= (-101 + √17,689)/4

= (-101 + 133)/4 = 32/4 = 8

So the numbers are 58 and 85.

58 + 85 = 143

Answer:

2nd Graph or B

Step-by-step explanation:

Answer:

47.1ft

Step-by-step explanation:

The find the length of the arc on the quarter circle, we use the following equation:

\(2\pi r / 4\)

Here, \(r\) is the radius. Just by looking at the diagram, notice how the radius of the quarter circle is equal to the diameter of the semicircles.

Therefore, we substitute 10ft into the equation as \(r\):

\((2 * \pi * 10) / 4 = 5\pi\)

Let's now look at the semicircles. The formula for the length of one of these arcs:

\(2\pi r/2\)

For each semicircle, the diameter is 10ft. We know that the radius is half the length of the diameter, meaning that this time, the radius will be 5ft. Let's substitute that into the equation:

\((2*\pi *5)/2 = 5\pi\)

However, here, we have two semicircles, so we multiply this value by 2:

\(5\pi * 2 = 10\pi\)

So the final value will be the sum of the length of the arc on the quarter circle and the total length of the arcs of the semicircles:

\(5\pi +10\pi =15\pi = 47.1ft\) (1dp).

Therefore, to one decimal place, the perimeter of the fountain is 47.1ft.

Answer:

A C D

Step-by-step explanation:

The total mass of the prism is 28.08 lb

Here we have a rectangular prism and we know that its density is 54 lb per cubic foot.

Remember that:

mass = density*volume

Then we need to findn the volume of the rectangular prims.

Remember that a rectangular prism of length L, width W, and height H has a volume:

V = L*W*H

Here the volume will be:

V = 6in*6in*25in  (The numbers on the prism are really small and im not sure if the numbers here are the correct ones).

V = 900 in³

And:

1 ft³ =  1728 in³

Changing the volume units to cubic foots:

V =  (900/1728) ft ³ = 0.52 ft³

And then the mass is:

M  =  0.52 ft³*54 lb/ ft³ = 28.08 lb

Learn more about density at:

https://brainly.com/question/17780219

#SPJ1

Answer:

10991

Step-by-step explanation:

(3×49×75)-34

11025-34

10991

Answer: Since you didn't exactly say what needed to be done I just simplified it for you. I got 10991.

Step-by-step explanation:

Answer:

1.2

Step-by-step explanation:

Answer:

12

Step-by-step explanation:

1/3 tbsp flakes = 4 tbsp sesame

x3                 x3

1 tbsp flakes = 12 tbsp sesame

Answer: Below

Step-by-step explanation: Xenophon, an ancient Greek historian, philosopher, and soldier, often referred to historical events and institutions without providing detailed explanations. In order to identify the Council of the Ephori and its purpose, we can consult reference works and consider the available evidence.

The Council of the Ephori, also known as the Ephors, was a prominent institution in the city-state of Sparta during the classical period of ancient Greece. They played a crucial role in the Spartan government and were responsible for various administrative, judicial, and executive functions.

The Ephorate was established as part of the Spartan governmental system, which was characterized by a mixed constitution that included elements of monarchy, oligarchy, and democracy. The Council of the Ephori was an integral part of the oligarchic aspect of the Spartan government.

The primary purpose of the Council of the Ephori was to act as a check on the power of the two Spartan kings. Sparta had two hereditary kings who shared the executive authority, but the Ephors were elected annually and had the power to oversee and regulate the kings' actions. They had the authority to monitor the kings' conduct, judge their adherence to Spartan laws and customs, and even depose them if necessary.

Additionally, the Ephors had significant administrative responsibilities. They supervised the education of Spartan youth, oversaw the training of the military, and managed various public affairs. They were involved in the collection and distribution of state revenue, the implementation of laws, and the administration of justice.

The Council of the Ephori consisted of five members, who were elected by the Spartan citizens. The selection process involved a combination of election and lot-drawing, ensuring a degree of democratic participation. The Ephors held considerable power and influence within the Spartan society, and their role as a check on the kings helped maintain the stability and balance of power in the Spartan government.

In Xenophon's writings, he often mentioned the Council of the Ephori in the context of Spartan political affairs and decision-making. While he assumed his readers were familiar with the institution, he rarely provided explicit explanations. This approach was common in ancient Greek historical works, as they were often written for an audience that already possessed a certain level of knowledge about Greek institutions and customs.

To better understand the Council of the Ephori and its significance, one can consult ancient Greek historians like Herodotus, Thucydides, and Plutarch, who provide more detailed accounts of Spartan political institutions and the role of the Ephors within them.

By proportion that is:(54/150) * 8450= 54 * 56 1/3= 3042

Answer:

By proportion that is:(54/150) * 8450= 54 * 56 1/3= 3042

Step-by-step explanation:

Answer:

y=mx+b

Step-by-step explanation:

Thank me with a 5 star review (:

Answer:

5x + 15y =20  = - 3x +25y =75

= 8 minutes

Step-by-step explanation:

5x + 15y =20    multiply all by 3 to get 15x

15x +45y=60

- 3x +25y =75 multiply all by -5 to get 15x

15x -125y = -375

rewrite ans together

15x +45y=60

15x -125y = -375

      -80y = -315

y = -315/ - 80

y = 3.9375  = y= 4 substitute to find x

5x + 15(4 )=20  

5x +60 = 20

5x=-40

x= -40/5

x=-8

15x +45(4)=60

15x +180 =60

15x =-120

x=-8

Answer:

no

Step-by-step explanation:

It should be less then or equal too, seeing as they want to reach all the way across the room.

Answer:

if you have a demos or a school calculator you can put in “ graph and tables “ then you can out in the alone numbers 5,6,7,8 into the left side and on the top put X. Next to that X put Y and put -10 on each, then go to a purple one the answer should be x=2.8 etc. + another number. That should be your answer in X if thats is what its asking.

For the second one it should be the same except you will be using Y.

A. 0.18181818(repeating number) of an acre can be planted per pound of seed, since you need to divide 8 acres by 44 pounds.

B. 2.8 pages per minute, since you need to divide 28 pages by 10 minutes.

Answer:

Step-by-step explanation:

\(\bigg(3^6\bigg)^{\frac{1}{2}}\)

use

\((a^n)^m=a^{n\cdot m}\)

\(\bigg(3^6\bigg)^{\frac{1}{2}}=3^{6\cdot\frac{1}{2}\)

simplify

\(6\!\!\!\!\diagup^3\cdot\dfrac{1}{2\!\!\!\!\diagup_1}=3\cdot\dfrac{1}{1}=3\cdot1=3\)

other

\(6\cdot\dfrac{1}{2}=\dfrac{6\cdot1}{2}=\dfrac{6}{2}=3\)

therefore

\(\bigg(3^6\bigg)^{\frac{1}{2}}=3^{6\cdot\frac{1}{2}}=3^3=\underbrace{3\cdot3\cdot3}_{3}=27\)

\(\displaystyle\bf \boldsymbol{\boxed{(a^n)^m=a^{n\cdot m}}} \\\\(3^6)^{\frac{1}{2}} =3^{\frac{6}{2} }=3^3=\boldsymbol{{\boxed {27}}}\)