MATHEMATICS HIGH SCHOOL

Please help! (Will give brainliest answer and hearts) Thank you and have a nice day!

Answers

Answer 1

Answer:

Answer:

B. 7- 10 years

Step-by-step explanation:

7 is the approximate time negative choices stay on. Things like paying the bill late and bankruptcies.

Answer 2

Answer:

Answer:

Step-by-step explanation:

this will keep them in dept the longest

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10 x (250 + 45) PLZ HELP DUE IN 5 MINUTES
Mr. Powell brought home $324.16 in net pay last week. His gross pay was $594.00. His net pay is what percent of his gross pay? 60%55%183%18%
I am writing this question only to see how smart the community on Brainly is.What is the 3rd derivative of

Order from least to greatest: -0.8, 2/5, 0.825, -3/5

Answers

-0.8, -3/5, 2/5, 0.825

Tyes math book is 2 3/4 inches thick her history book 1 3/8 inches thick how much thicker is her math book than her history book?

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Answer:

1 3/8

Step-by-step explanation:

Subtract the fractions, but you need to find common denominators first. Since 4 can go into 8, 8 is the common denominator. Multiply 2 3/4 by 2/2

2 3/4 × 2/2 = 2 6/8

Now subtract.

2 6/8 - 1 3/8 = 1 3/8

Find m and b in the following equations.What do m and b represent?
a.
y= 2x +1
b. y=zx-4

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Answer:

Step-

by-step explanation:

A coat that originally sold for $369.00 is on sale at a 40% discount? How much will you pay for the coat?

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The coat will cost $221.40. If you move a decimal two spaces to the left from 40% (.40) and multiply it by $369.00, you'll get $147.60. You then subtract $147.60 from $369.00 and get $221.40, the final price of the coat.

The best way to work out something like this is to find out what ten percent is. The way in which you do this is to divide the price by 10. This gives you $36.90. Therefore, this is equal to ten percent. As you're looking for forty percent, you need ot mulitply the answer by four, and this gives you $147.60. You then have to subtract $147.60 from $369
$369-147.60= $221.40
I deleted my answer and put the correct one- sorry about that, my calculator seems to have a mind of its own :)

Which of Polygons B, C, D, E, and F are similar to Polygon A?

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Similar polygons have congruent angles and proportional sides, which mean they have the same shape but not necessarily the same size. It's important to focus on the shapes, angles, and proportions when identifying similar polygons. Frequency polygons, though a type of polygon, are related to data representation not geometric comparison.

In order to determine which polygons are similar to Polygon A, one would need to compare the shapes and proportions of the polygons.

Similar polygons have the same shape, but not necessarily the same size. They have congruent angles and proportional sides.

This concept stems from geometry, a branch of mathematics that studies shapes and spatial relationships among different shapes.

Frequency polygons are used in data representation, and they are not directly relevant to determining similarity between geometric polygons.

They are more related to statistics, a different branch of mathematics, and are used to show the distribution of a set of data, often overlaying different data sets for comparison.

Remember, when looking for similar polygons, focus on the shapes, angles, and proportions, not the size. Without seeing the actual diagrams of Polygons B, C, D, E, and F, we cannot definitively say which are similar to Polygon A.

Learn more about Similar Polygons here:

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The probable question may be:

Which type of polygons are similar polygon?

Answer:

b and d

Step-by-step explanation:

A pizzeria makes brick-oven pizzas that are shaped like long rectangles with semi-circles at two ends. The pizzas come in three different sizes, which are measured by the longer side of each rectangle: 14 inches, 18 inches, and 29 inches. All of the pizzas are 10 inches wide, so the semi-circles at the ends have diameters of 10 inches, too. What is the area of each pizza? Use 3.14 for ? , and round your answers to the nearest tenth if necessary.

Answers

Answer:

Area of pizza whose longer side is of length is 14 inches = 218.5 $inches^(2)$

Area of pizza whose longer side of rectangle is 18 inches=258.5 $inches^(2)$

Area of pizza whose longer side is of length is 29 inches = 368.5 $inches^(2)$

Step-by-step explanation:

Given A pizzeria makes brick-oven pizzas that are shaped like long rectangles with semi-circles at two ends. The pizzas come in three different sizes, which are measured by the longer side of each rectangle: 14 inches, 18 inches, and 29 inches. All of the pizzas are 10 inches wide, so the semi-circles at the ends have diameters of 10 inches. we have to find the area of each pizza.

First, let us find the area of pizza whose longer side of rectangle is 14 inches

Area of 2 semicircles whose diameter is 10 inches

$=2((1)/(2)\pi r^(2))=\pi r^(2)=3.14* 5 * 5 = 78.5 inches^(2)$

Length = 14 inches

Breadth = 10 inches

Area of rectangle = $length * breadth$

= $14* 10=140 inches^(2)$

∴ Area of pizza whose longer side is of length is 14 inches = Area of rectangle + area of 2 semicircles

=140+78.5=218.5 $inches^(2)$

Now, let us find the area of pizza whose longer side of rectangle is 18 inches

Length = 18 inches

Breadth = 10 inches

Area of rectangle = $length * breadth$

= $18* 10=180 inches^(2)$

∴ Area of pizza whose longer side is of length is 18 inches = Area of rectangle + area of 2 semicircles

=180+78.5=258.5 $inches^(2)$

Now, let us find the area of pizza whose longer side of rectangle is 29 inches

Length =29 inches

Breadth = 10 inches

Area of rectangle = $length * breadth$

= $29* 10=290 inches^(2)$

∴ Area of pizza whose longer side is of length is 29 inches = Area of rectangle + area of 2 semicircles

=290+78.5=368.5 $inches^(2)$

Final answer:

To calculate the area of pizzas shaped like rectangles with semi-circular ends, we calculate the area of the rectangle and adjacent semi-circles separately then sum both. The rectangle's area is calculated as length times width while the semi-circle area is calculated as half of (pi*radius^2).

Explanation:

The area of a pizza that's shaped like a long rectangle with semi-circles at the ends can be calculated by first looking at the rectangle and then the semi-circles. For the rectangles, we use the formula for the area of a rectangle that is, length multiplied by width.

For the 14 inch pizza, the rectangle part:
Area = Length x Width = 14 x 10 = 140 square inches

The area of the semi-circle can be calculated as Area=1/2πr². The diameter is given as 10. So, the radius (r) will be half of the diameter, which is 5. Therefore, Area of each semi-circle = 1/2 x π x 5² = 1/2 x 3.14 x 25 = 39.25 square inches. The combined area of two such semi-circles will be = 39.25 x 2 = 78.5 square inches.

Adding the area for the rectangle and the semi-circles, the total area of each pizza will be 140 + 78.5 = 218.5 square inches.

Following these same steps, we can calculate the areas for the 18 inch and 29 inch pizzas.

Learn more about Area of a pizza here:

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A salesman sells cars with prices ranging from $5,000 to $45,000. the histogram shows the distribution of the numbers of cars he expects to sell over the next 10 years. how would the shape of the distribution change if the salesman decides to also deal in cars priced under $5,000 and in cars $45,000 to $50,000 and projects sales of 200 cars in each category? a. the distribution will exhibit symmetry. b. the distribution will exhibit a positive skew. c. the distribution will exhibit a negative skew. d. the distribution will uniform throughout.