**Answer:**

**The probability of the occurring the event is 0.01632 approximately**

**Step-by-step explanation:**

Consider the provided information.

We have selected 5 red candies and no green ones. Let's say there were 6 green and 7 red candies in the bowl before discovery.

Therefore the total number of candies are 6+7=13

I have selected 5 red candies out of 7 red candies.

Thus, the probability of selecting 5 red candies and no green candies is:

**Hence, the probability of the occurring the event is 0.01632 approximately**

**Answer:**

**Step-by-step explanation:**

**Column 1 :**

**Column 2 :**

Eqn(1)

**Column 3 :**

Add the equations.

**<u>Fourth column : </u>**

**<u>Fift column :</u>**

**<u>Six</u>**<u>t</u>**<u>h column :</u>**

Substitute .

Hence solution is .

**Answer:**

1 to the power of 8= 8

2 to the power of 4
=16

5 squared
=25

3 to the power of 3
=27

**Step-by-step explanation:**

2 to the power of 4
=16

3 to the power of 3
=27

1 to the power of 8= 8

**Answer:**

$24

**Step-by-step explanation:**

3/5 of $40

Whenever you hear the word "of" in a mathematical equation, it usually means multiplied by. So 3/5 * 40 is equal to 120/5 which is 24

120 cupcakes

Even # rows

Odd # columns

12: 1, 2,3,4,6, 12 (integers?)

I see only one arrangement with odd column & even rows

3 columns, 40 rows

That's mainly because 120 is an even number.