MATHEMATICS HIGH SCHOOL

16A population of 800 beetles is growing each month at a rate of 5%. About how many beetles will there be in 8
months?
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Answers

Answer 1

Answer:

Answer:

6,720

Step-by-step explanation:

B = 800(1.05)^8

B = 800(8.4)

B = 6,720

Answer 2

Answer:

Answer:that's a proper mad question that

Step-by-step explanation:

Related Questions

the length of a rectangle is 6 times width if the width is represented by y then write an algebraic expression that describes the length
What si the gratest common factor of 60 and 72?
Explain your answer please.... I would like to know how to solve it myselfConsider the following set of equations: Equation M: y = x + 4 Equation P: y = 3x + 6 Which of the following is a step that can be used to find the solution to the set of equations? x = 3x + 6 x + 4 = 3x + 6 x + 6 = 3x + 4 x = 3x
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Select all of the terms that are "like."a. xy 2b. 2xyc. x 2d. -xye. 2x 2yf. xy

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

Solve for x in the equation x/2 = 17. A. x = 34 B. x = 8.5 C. x = 19 D. x = 15

Answers

To "remove" a divided by 2 on one side of the equation, you must multiply it by two, which means you must do it to the other side was well. So you get:

x/2=17
x=(17x2)
x=34

Therefore A is the correct answer.

A landscaper is selecting two trees to plant. He has five to choose from. Three of the five are deciduous and two are evergreen.What is the probability that he chooses trees of two different types? Express your answer as a percent.

Answers

The probability that he chooses trees of two different types is 0.6 or 60%.

What is probability?

It is defined as the ratio of the number of favorable outcomes to the total number of outcomes in other words the probability is the number that shows the happening of the event.

We have a landscaper who is selecting two trees to plant.

The total number of trees he has = 5

Total ways of choosing the two trees = $_(5)^{}\textrm{C}_2$

$=(5!)/(2!(5-2)!)$

= 10

Total ways of choosing one of each = $_(3)^{}\textrm{C}_1*_(2)^{}\textrm{C}_1$

= 6

So probability:

= $(6)/(10)$

= 0.6 or 60%

Thus, the probability that he chooses trees of two different types is 0.6 or 60%.

Learn more about the probability here:

brainly.com/question/11234923

Total ways of choosing two trees = 5C2 = 5!/(2! 3!) = 10

Total ways of choosing one of each = 2*3 = 6

Probability = 6/10 = 0.6 = 60%

X squared + ysquared-6y=-5

Answers

Standard Form of the circle:

$x^(2) +(y-3) ^(2) =14$

For y:

y=3 (+/-) $√(-x) ^(2) +14$

For x:

x= $\sqrt{-y ^(2) } +6y+5 and - √(-y) ^(2) +6y+5$

If x and y are negative integers and x – y = 1,
what is the least possible value for xy?

Answers

x=y+1
Least possible value for y(y+1)? Well, it appears for y halfway between the roots (you know what a parabola is, don't you?). That y is -0.5, so let's calculate -0.5*0.5, which is -0.25.
The least possible value is $-\frac{1}4$
Well, not really :)) The two values must be both negative, so we can't take one of them to be 0.5! As we lower the values, however, the product grows, reaching 0 when x=0 and y=-1, and further increasing as x and y lower. Thus, we would actually take x=0 and y=-1.

Plz help :-)The perimeter of an equilateral triangle is 9n - 12. Write an expression to represent the length of each side.