MATHEMATICS HIGH SCHOOL

Find the perimeter of the figure. Round to the nearest tenth if
necessary.

Answers

Answer 1

Answer:

Answer:

Step-by-step explanation:

15+ $\sqrt[18]$ $\sqrt[2]{18}$ + 1.5pi

19.7+ $\sqrt[2]{18}$

23.95

Related Questions

Simplify. Write in radical form.(x^3y^-2/xy)^-1/5
Given quadrilateral ABCD ~ quadrilateral JKLM and AD = 14, JM = 6, and KL = 9, what is BC?
Maurice works at the circus and needs to clean the water tank for the dolphins. Tank A measuring 50 cm x 70 cm x 70 cm was 2 7 filled with water. Tank B having a base area of 5000 cm² was empty. Water from Tank A was poured into Tank B. What was the height of water in Tank B?
PLEASE HELP ME!!! ILL GIVE THE FIRST PERSON BRAINLIEST!!!
If Tina had 4.6 gallons of water in one bucket and 2.3 gallons in another bucket, how many gallons did she have all together?

The blue figure is a translation image of the black figure what write a rule to describe the translation

Answers

The translation rule from the blue figure to the black figure is -

$(x, y) \rightarrow (x - 4, \ y + 3)$

What are the types of translation of a graph?

There are three types of translations -

Reflection
Rotation
Dilation

Given is that the blue figure is a translation of the black image.

We can write the translation rule as -

$(x, y) \rightarrow (x - 4, \ y + 3)$

Hence, the translation rule from the blue figure to the black figure is -

$(x, y) \rightarrow (x - 4, \ y + 3)$

Answers

Answer:

Option A , D and E holds.

Step-by-step explanation:

Let the event J = correct problems solved by Jacqueline,

and the event M = correct problems solved by Marc.

Jacqueline solved 80% of problems correctly in a math

So, probability of correct problems solved by Jacqueline P(J)=0.80

Marc solved only 65% of the problems correctly.

So, probability of correct problems solved by Marc P(M)=0.65

Probability of correct problems Solved by Marc and Jacqueline :

= $P(J) * P(M)$

= $0.80*0.65$

= $0.52$

So, Option E is correct.

we also know that and means intersection .

So, P(J) × P(M) = P(J ∩ M)

So, Option A is also correct.

Since option A holds .

So, property of independent events is satisfied : $P(A) * P(B)=P(A \cap B)$

Thus Option D also holds.J and M are independent events.

Hence Option A , D and E holds.

The right answer for the question that is being asked and shown above is that: "E. The probability that Jacqueline and Marc both can solve a problem in a math test is 0.52; B. The probability that Jacqueline and Marc both can solve a problem in a math test is 0.93."

What is 7/8 x c for c=8

Answers

Answer:
7

Explanation:
We are given the equation:
$(7)/(8)$ * c

We want to get the value of the equation at c = 8.
Therefore, all we have to do is substitute c in the equation with 8 and solve as follows:
$(7)/(8)$ * 8

= $(7*8)/(8)$

The 8 in the numerator will be cancelled out with the 8 in the denominator leaving us with only the 7 as a solution

Hope this helps :)

Answer:

Value is 7

Step-by-step explanation:

We are given the expression, $(7)/(8)* c$ .

It is required to evaluate the expression for c= 8.

So, after substituting the value of c= 8 in the given expression, we get,

$(7)/(8)* c$ = $(7)/(8)* 8$ = 7

Hence, the value of the expression at c= 8 is 7.

In which quadrant is the number –14 – 5i located on the complex plane?I
II
III
IV
In which quadrant is the number –14 – 5i located on the complex plane? I II III IV

Answers

Answer:

III

Step-by-step explanation:

go 14 left and 5 down, and you're in the third quadrant

Answer:

III (Third quadrant)

Step-by-step explanation:

Okay, in terms of complex numbers, the x axis is the imaginary scale while the y axis is the real scale. And this works just like a normal x and y axis! We can break down -14-5i into -5i and -14, and -5i is the imaginary number on the x axis, so we move five units to the left from the origin. -14 is the real number, so we then move down 14 units, and we end up with a coordinate that is in the III, or third, quadrant. Hope this helps! :)

The endpoints of AB are A(9,4) and B(5,-4). The endpoints of its image after a dilation ar A(6,3) and B(3,-3). a. explain how to find te scale factor. b. locate the center of dilation. show your work

Answers

Look at the picture for the answer.

Final answer:

The scale factor of the dilation is calculated by dividing the length of the line after dilation by the length of the initial line. The length of a line is calculated using the distance formula. The center of dilation is the point from which the shape scales, but we can't determine its location without more information.

Explanation:

To find the scale factor of a dilation in a two-dimensional plane, we divide the length of the line after dilation by the length of the initial line. The length of a line can be calculated using the distance formula which is √[(x₂ - x₁)² + (y₂ - y₁)²].

For AB, the distance will be √[(5 - 9)² + (-4 - 4)²] = √[(-4)² + (-8)²] which equals √80. For A'B', the distance will be √(3 - 6)² + (-3 - 3)² = √[(-3)² + (-6)²] which equals √45. The scale factor (k) of the dilation is the ratio of these distances, so k = √45 / √80 which simplifies to √(9/16) or 3/4.

Unfortunately, without more information, such as a fixed point in the original shape, we can't determine the exact location of the center of dilation. But, conceptually, it's the point that the shape is scaling towards or away from during the dilation.

Learn more about Dilation in Mathematics here:

brainly.com/question/27593412

#SPJ11

Bodhi has a collection of 175 dimes and nickels. The collection is worth $13.30. Which equation can be used to find n, the number of nickels in the collection?