Writing a Real-World Inequality Anise wants to have longer hair than her sister. Her sister’s hair is 2.25 feet long. How long does Anise’s hair have to be?

To determine the number of cubic centimeters of water that the paper cone cup can hold, calculate the volume using the formula for the volume of a cone, and then convert it to cubic centimeters.

To calculate the number of cubic centimeters of water the paper cone cup can hold, we need to first determine its volume. The volume of a cone can be calculated using the formula V = (1/3) π r² h, where V is the volume, π is the mathematical constant pi, r is the radius of the base of the cone, and h is the height of the cone.

Once we have the volume of the cone, we can convert it to cubic centimeters since the dimensions given are in centimeters. Finally, we can determine the number of cubic centimeters of water the paper cone cup can hold.

For example, if the cone has a radius of 5 cm and a height of 10 cm, the volume would be:

V = (1/3) π (5 cm)² (10 cm)

V = (1/3) π (25 cm²) (10 cm)

V = (1/3) π (250 cm³)

V ≈ 261.79 cm³

Therefore, the paper cone cup can hold approximately 261.79 cubic centimeters of water.

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Answer:

Answer = c

Step-by-step explanation:

Answer:

[tex]m<CBA=102\°[/tex]

Step-by-step explanation:

we know that

The internal angle of an equilateral triangle is equal to [tex]60\°[/tex]

The internal angle of a square is equal to [tex]90\°[/tex]

To find the internal angle of a regular pentagon, apply the formula

[tex]S=[(n-2)180\°]/n[/tex]

where

n is the number of sides (n=5)

substitute

[tex]S=[(5-2)180\°]/5=108\°[/tex]

therefore

In this problem

[tex]m<CBA+60\°+90\°+108\°=360\°[/tex]

[tex]m<CBA+258\°=360\°[/tex]

[tex]m<CBA=360\°-258\°=102\°[/tex]

224 will be your answer

7 x^2  y

7 (4 ^2) 2=?

4x4=16

16x 7= 112

112x2 =224

The experimental probability of spinning a B or a C is [tex]\( \frac{1}{4} \)[/tex].

To find the experimental probability of spinning a B or a C, we need to sum up the frequencies of outcomes B and C and then divide that by the total number of spins.

Given frequencies:

Outcome A: 3

Outcome B: 2

Outcome C: 1

Outcome D: 4

Outcome E: 2

Total frequency of B and C: 2 (from outcome B) + 1 (from outcome C) = 3

Total number of spins: Sum of all frequencies = 3 + 2 + 1 + 4 + 2 = 12

Experimental probability of spinning a B or a C: [tex]\(\frac{\text{Total frequency of B and C}}{\text{Total number of spins}} = \frac{3}{12} = \frac{1}{4}\)[/tex]

So, the experimental probability of spinning a B or a C is [tex]\(\frac{1}{4}\)[/tex].

To know more about experimental probability, refer here:

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The answer to the above question can be explained as -

Perpendicular lines are the lines that intersect each other or meet each other at 90 degrees, thus form a right angle.

The parallel lines are the lines that do not meet each other.

Thus, the answer to -

"Two lines intersect each other to form right angles are called" is - A. Perpendicular Lines.

Perpendicular lines are two lines that intersect each other forming a right angle (90 degrees). They are different from parallel lines (which do not intersect), line segments (parts of a line with two endpoints), and skew lines (non-intersecting and non-parallel lines in different planes).

The correct answer is A. Perpendicular lines. Perpendicular lines are two lines that intersect each other at right angles, which means they form a 90-degree angle. This kind of intersection is common in geometry, and you will encounter it frequently in your studies. This contrasts with parallel lines, which do not intersect at all, and line segments, which are parts of a line with two endpoints. Skew lines are lines that do not intersect and are not parallel, usually because they exist in different planes.

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Answer: And... what about the fish tank can you give more detail?

Step-by-step explanation:

Answer:

Step-by-step explanation:

To find a multiplicative inverse, switch the numerator and denominator in the fraction. The sign stays the same. In this problem, we have -9/7. Switching the numerator and denominator, we get -7/9.

I am always happy to help :)

Calculate the probabilities of selecting specific pairs of blouses from Maddie's closet with different colors.

1. P(black and yellow):

Therefore, P(black and yellow) = (4/55) * (2/11) = 8/605

2. P(green and green):

Therefore, P(green and green) = (1/55) * (1/11) = 1/605

To achieve an average score of 91, Sally needs to bowl an 89 in her fourth game, calculated by subtracting her current total score of 275 from the desired total of 364 points.

To calculate the score Sally needs in her fourth game to achieve an average of 91, we first need to determine the total points she needs after four games. We can calculate the required total points by multiplying the desired average score by the number of games:

91 × 4 = 364 total points

Next, we add up the scores from Sally's first three games:

108 + 72 + 95 = 275 points

Finally, we subtract the sum of her first three games from the total required points to find the score Sally needs in her fourth game:

364 - 275 = 89 points

Therefore, Sally needs to bowl a score of 89 in her fourth game to achieve an average of 91.