MATHEMATICS HIGH SCHOOL

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Answers

Answer 1
Answer: The first on and the last two ones are correct
Answer 2
Answer: the first and last one

Related Questions

Use the addition problem (3x2 4x4−4x x5) (2x−5x2 4x4 2x5) to answer the question. Which expression correctly rewrites the polynomials to help in combining like terms? Option 1: 2x3−3x2 x5 Option 2: 3x2 4x4 x5−5x2 4x4 2x5 Option 3: 3x2 x5−4x x5+4x4 x5 Option 4: 2x3−3x2 x5+4x4 x5
Prove that
If 3^(2x1)=3^(x+5), what is the value of x?
If the point (7, 3) is on the graph of an equation, which statement must be true?A. The values x = 3 and y = 7 make the equation true.B. The values x = 7 and y = 3 are the only values that make the equation true.C. There are solutions to the equation for the values x = 7 and x = 3.D. The values x = 7 and y = 3 make the equation true.
I need help Please help! which of the following assessment types has the greatest effect on your overall grade?a. discussionb. quizc. quick checkd. test Which of the following assessment types has the least effect on your overall grade?a. quick checkb. Quizc. sample work submissiond. test Which resource provides an opportunity to evaluate your readiness for a major assessment?a. reflectionb. teach let tutorialc. illustrated glossaryd. Virtual Geoboard Which resource provides immediate feedback to you and your teacher on your work with problems within a lesson?a. Online practiceb. Discussionc. teachlet tutoriald. Textbook answer key

If h(2) = 3 and h'(2) = -7, find d/dx(h(x)/x) x = 2.

Answers

Answer:   -17/4

Work Shown

\frac{d}{d\text{x}}\left(\frac{h(\text{x})}{\text{x}}\right) = \frac{\frac{d}{d\text{x}}(h(\text{x}))*\text{x}-h(\text{x})*\frac{d}{d\text{x}}(\text{x})}{\text{x}^2} \ \text{ .... quotient rule}\n\n\frac{d}{d\text{x}}\left(\frac{h(\text{x})}{\text{x}}\right) = \frac{h'(\text{x})*\text{x} - h(\text{x})}{\text{x}^2}\n\n

Evaluate that at x = 2.

\frac{h'(\text{x})*\text{x} - h(\text{x})}{\text{x}^2}\n\n=(h'(2)*2 - h(2))/(2^2)\n\n=(-7*2 - 3)/(2^2)\n\n=-(17)/(4)\n\n

Therefore,

\frac{d}{d\text{x}}\left(\frac{h(\text{x})}{\text{x}}\right)=-(17)/(4) \ \text{ when h(2) = 3, h'(2) = -7, and x = 2}\n\n

Of the 600 people at a music festival, 420 had attended the previous year. How many peopleout of 100 had attended the previous year?

Answers

Answer:

70 people

Step-by-step explanation:

divide both answers by 6

Answer:

70

Step-by-step explanation:

i-ready BOIIIII

Two lines, A and B, are represented by the equations given below:Line A: x + y = 2
Line B: 2x + y = 4
Which statement is true about the solution to the set of equations?
There are infinitely many solutions.
There are two solutions.
There is one solution.
There is no solution.

Answers

If you would like to know which statement is true about the solution to the set of equations, you can calculate this using the following steps:

x + y = 2 ... y = 2 - x
2x + y = 4
_________________
2x + (2 - x) = 4
2x - x = 4 - 2
x = 2

y = 2 - x = 2 - 2 = 0

(x, y) = (2, 0)

The correct result would be: There is one solution.

Answer:

c

Step-by-step explanation:

Everett made 3/5 of the baskets he shot. Suppose he shot 60 baskets. How many did he make?

Answers

It's a proportion problem 1. Write 3/5 and x/60 (x means you don't know it) 2. Find the number that is multiply to get the product (which is 12) 3. Multiply it (top x top and bottom x bottom) 4. Answer is 36 baskets

Final answer:

Everett made 3/5 of his shots which is 36 made baskets out of 60 shots. We calculated this by multiplying 3/5 (the fraction of shots he made) by 60 (total number of shots) and simplified it to whole numbers.

Explanation:

The subject matter of this question is fraction multiplication, a fundamental topic in mathematics. To find out how many baskets Everett made, we must use multiplication of fractions and whole numbers. Since Everett made 3/5 of his shots and he shot 60 baskets, we need to multiply these two numbers together.

You would do this calculation: 3/5 * 60. Here's a step-by-step breakdown:

  1. Temporarily ignore the denominator (5) and multiply the numerator (3) by 60. That's 180.
  2. Then, divide this number by the denominator: 180 divided by 5. The result is 36.

Therefore, Everett made 36 baskets out of 60 shots.

Learn more about Fraction Multiplication here:

brainly.com/question/9281754

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What is the missing term in the geometric sequence? -6,24 ,? ,384,-1536a.-204
b.-144
c.-96
d.-7

Answers

assume the missing sequence is x 
so -1536 / 384 = x / 24 
so x = (24* - 1536) / 384 
so x = -96 
the answer is C. -96 
the precise and accurate answer is c which is a negative integer which is -96

Derek found a function that approximately models the population of iguanas in a reptile garden, where x represents the number of years since the iguanas were introduced into the garden.i(x) = 12(1.9)^x


Rewrite this function in a form that reveals the monthly growth rate of the population of iguanas in the garden. Round the growth factor to the nearest thousandth.

Answers

Answer:

i(x)=12 * (1+(0.9)/(12))^(12x) and growth rate factor is 0.075

Step-by-step explanation:

The function that models the population of iguanas in a reptile garden is given by i(x)=12 * (1.9)^(x), where x is the number of years.

Since, i(x)=12 * (1.9)^(x)

i.e. i(x)=12 * (1+0.9)^(x).

Therefore, the monthly growth rate function becomes,

i.e. i(x)=12 * (1+(0.9)/(12))^(x * 12).

i.e. i(x)=12 * (1+(0.9)/(12))^(12x).

Hence, the monthly growth rate is i.e. i(x)=12 * (1+(0.9)/(12))^(12x).

Also, the growth factor is given by (0.9)/(12) = 0.075.

Thus, the growth factor to nearest thousandth place is 0.075.
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