Multiply 4/9 x 1 & 4/5 x 2/5 A. 1 & 32/45 B. 7/16 C. 8/25 D. 1 & 10/19

Answers

Answer 1
Answer:

The product of the fraction is 8/25. Option C is correct

Multiplication of fraction

To multiply these fractions, you can follow these steps:

Multiply the numerators (top numbers) together.

Multiply the denominators (bottom numbers) together.

Here's how it's done:

(4/9) x (1 & 4/5) x (2/5)

Step 1: Multiply the numerators:

(4/9) x (9/5) x (2/5)

Step 2: Multiply the denominators:

(4/9) x (9/5) x (2/5) = (4 x 9 x 2)/(9 x 5 x 5)

Now, calculate the result:

(4 x 9 x 2)/(9 x 5 x 5) = 72/225

To simplify the fraction, find the greatest common divisor (GCD) of 72 and 225, which is 9:

(72 ÷ 9)/(225 ÷ 9) = 8/25

Hence the product of the fraction is 8/25

Learn more on fraction here: brainly.com/question/11562149

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Can the figure below tessellate a plane? Explain your answer

Answers

A tessellation is created when a shape is repeated over and over again covering a plane without leaving any gaps or overlaps. Tessellation is also known as tiling. Triangles, squares and hexagon are perfect examples of figures that can create tessellation.


The figure below cannot, because there will be gaps.

I hope it helps, Regards.

if the perimeter of a circular sector is fixed at 100 ft, what values of r and s give the sector the greatest area? ...?

Answers

The sector arc length is just a fraction of the circumference: 
Laʀc = (2πR) • (θ ⁄ 2π) = R • θ ... where θ = central angle (of sector) 

 Ps = R + R + (R • θ) ... perimeter of sector = Ps 

 Ps = R • (2 + θ) ... Ps = 100 ft 

  100 = R • (2 + θ) 

      θ = (100 ⁄ R) – 2 

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~... 

Similarly, the sector area is just a fraction of the circle area: 

 As = (πR²) • (θ ⁄ 2π) ... area of sector = As 

 As = R² • θ ⁄ 2 ... substitute for θ 

 As = R² • [(100 ⁄ R) – 2 ] ⁄ 2 

 As = 50R – R² ... differentiate 

            As' = 50 – 2R ... set to zero 

           0 = 50 – 2R 

         R = 25 ft ... optimum radius 

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~... 

 As = 50R – R² ... evaluate at: R = 25 ft 

 As = 50(25) – (25)² 

 As = 625 ft² ... maximum area 

Note ... at any other R_value, the sector area is less. 


  " θ " can be determined using:  θ = (100 ⁄ R) – 2

-------------------------------------------------

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Final answer:

For a circular sector with a fixed perimeter of 100 ft, the values of radius (r) and arc length (s) that will maximize the sector's area are r=25 and s=50.

Explanation:

The perimeter of a circular sector is composed by the length of the arc (s) plus twice the radius (r). If this sum is fixed at 100 ft, then the length of the arc s is equal to 100 - 2r. The area A of a circular sector can be defined as A = 0.5 * r * s.

Substituting the expression for s into the area formula obtains A = 0.5 * r * (100-2r). Simplifying results in A = 50r - r^2 which is a downward opening parabola.

The maximum value of a parabola occurs at the vertex. For a parabola in the form y=ax^2 + bx + c, the x-coordinate of the vertex is -b/(2a). In this case, a=-1 and b=50, hence r=-50/2*(-1) = 25. Substituting r=25 back into the formula for s obtains s = 100-2*25 = 50. Therefore, the values for r and s that will give the circular sector the greatest area are r=25 and s=50.

Learn more about Perimeters and Areas here:

brainly.com/question/11957642

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What is the area of the triangle A. 96 sq meters
B. 48 sq meters
C. 24 sq meters
D. 7 sq meters

Answers

 c)24 sq meters.....................

What is 191x21=?????

Answers

191 times 21
191 times 21=191 times (20+1) correct?
therefor
use distributive property
remember that it is a(b+c)=ab+ac
therefor
191 times 21=191(20+1)=191 times 20+191 times 1=191 times 2 times 10+191=382 times 10+191=3820+191=4011
answer is 4011

191
×21
------
191
+382
---------
4011

answer= 4011
hope it helps

Determine the type and number of solutions of 7x^2+3x+8=0

Answers

7x^2+3x+8=0 \n \na =7, \ b=3 ,\ c=8 \n \n\Delta =b^2 - 4ac = 3^2 -4\cdot 7\cdot 8=9-224=-215\n \n Answer : \ \Delta \ is \ negative,\ this \ gives \ two \ imaginary \ solutions


7x^2+3x+8=0\n\n \Delta=3^2-4\cdot7\cdot8=9-224=-115\ \ \Rightarrow\ \ \ no\ real\ solution\n\n\ two\ complex\ solutions\n\n\Delta=-115=115\cdot i^2\ \ \ \Rightarrow\ \ \ √(\Delta) = √(115)\ i\n\nx_1= (-b- √(\Delta) )/(2a) = (-3- √(115)\ i)/(2\cdot 7) = (-3- √(115i))/(14)\n\nx_2= (-b+ √(\Delta) )/(2a) = (-3+ √(115)\ i)/(2\cdot 7) = (-3+ √(115)\ i)/(14)

How you would get the answer and what it would be

Answers

Hi Sabra

2 3/4+ 3 1/5

= 5 19/20


I hope that's help ! Your answer for number 16 is incorrect


Sorry I don't know the answer for number 17 but I hope that's help.