2.0 is ???? times greater than 0.02

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Answer 1
Answer: 2.0 is 100 times greater than 0.02. When you have two numbers that are just separated by zeroes, simply count the number of zeroes and multiply the smaller number by a multiple of ten with the same number of zeroes to get the larger number. For instance, if you were to have 40 and 0.0004, you can just count the number of decimal places between them (in this case 4), and put the same number of zeroes behind a 1 (10,000). Then, if you multiply 0.0004 by 10,000, you should get 40. Likewise, if you multiply 0.02 by 100, you should get 2.

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A football stadium holds 52,000 fans. A college student is doing research and determines that on any given game day, the home team has five times as many fans as the visiting team. In order to help the student in his research, he represents the number of home team tickets as H and the visiting team’s tickets as V.

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If H represents the tome teams tickets and V represents the visiting teams then it would be v+h(5)=52,000. 
V= 8,667 tickets 
H= 43,333 tickets

How would I solve this and where would I put the dots?

Answers

Step-by-step explanation:

You would solve it by turning it into a equation and solving it. You would place the dots on the graph and put them in the points where they are supposed to go.

Square ABCD and square EFGH share a common center on a coordinate plane.EH is parallel to diagonal AC . Across how many lines of reflection can the combined figure reflect onto itself?

Answers

Answer: 4

Step-by-step explanation:

Given: Square ABCD and square EFGH share a common center on a coordinate plane.EH is parallel to diagonal AC .

Since square is a regular quadrilateral, which means that it has four equal sides and angles.  there are two diagonal of the square which divides it into two equal halves.

Also, there are 4 lines of reflection of every square which reflect onto itself.

Therefore, in square ABCD , AC and BD are the diagonals of the square which divide it into equal halves by passing through the center.

Since, EH is parallel to diagonal AC,l then the diagonal will bisect the sides of the square EFGH.

Similarly if we draw the diagonals of square EFGH it will extend and bisect the sides of the Square ABCD.

Hence, there are 4  lines of reflection can the combined figure reflect onto itself.

Hello,

Answer B

The reflection 's axis of EFGH are the same as those of ABCD which are 4.


You and your friends pick up seven movies to watch over a holiday. You have time to watch only two. In how many ways can you select the two to watch?

Answers

Answer:

There are 21 ways to select the two movies to watch.

Step-by-step explanation:

In mathematics, the procedure to select k items from n distinct items, without replacement, is known as combinations.

The formula to compute the combinations of k items from n is given by the formula:

{n\choose k}=(n!)/(k!(n-k)!)

It is provided that there are n = 7 movies to watch.

But we only have time for k = 2.

Compute the total number of ways in which we can select 2 movies from 7 as follows:

{7\choose 2}=(7!)/(2!(7-2)!)

    =(7!)/(2!* 5!)\n\n=(7* 6* 5!)/(2!* 5!)\n\n=(7*6)/(2* 1)\n\n=21

Thus, there are 21 ways to select the two movies to watch.

In quadrilateral ABCD what is m

Answers

Answer:

B.99°

Step-by-step explanation:

105°+ 66°+90°+ angle c=360°

angle c= 360° - 261

=99°

The city park shown at the right has an area of 6889 m². The parks length along the front Street is 83 m. Find the length of the park along second Avenue.

Answers

length times width = area
83 m times w =6889
divide both sides by 83
and the second length w is 83m