Which function's graph has a y-intercept of 2? A. f(x) = 3x + 2 B. f(x) = 0.5(2)* + 1.5 C. f(x) = 0.5(2)* + 1 O D. f(x) = 1.5(2)

Answers

Answer 1

Answer: d because it goes together

Related Questions

Describe how a statistical question yields an answer with variability. Give a example.
Sue buys 5 pieces of fabric.Each piece is 1 7/10 yards long.What is the total length of the fabric she buys?One yard of the fabric costs $5.How much does she pay for all 5 pieces of fabric?
Will you help me with these?
Greatest common factor of 126
The difference between a number and seven is less than or equal to -3

89.64 decreased by 8%

Answers

if a number is decreased by 8%, it becomes 92%, or .92, of the original number.

we can then find the answer by multiplying 89.64 by .92 to get 82.4688

hope this helps! please give brainliest :)

How can you use 2, 3, 5 and 8 to get 104?

Answers

Salma showed me how to do it.

Here are two ways:

8 times (5·3 - 2) = 8 times (15 - 2) = 8 times 13 = 104 .

8 times (5·2 + 3) = 8 times (10 + 3) = 8 times 13 = 104.

Thank you, Salma.

the answer would be 8·(5*2+3)=8·(15+3)=8·13=104 i hope this helps=)

Intercepts of 9x^2+9y=81

Answers

$x=0\n \n 9x^2+9y=81\n \n 9.0^2+9y=81\n \n 9y=81\n \n y=(81)/(9)\n \n \boxed{y=9}$

$y=0\n \n 9x^2+9.0=81\n \n 9x^2=81\n \n x^2=(81)/(9)\n \n x^2=9\n \n \boxed{x= \pm 3}$

Tony is standing at sea level. From his location, the angle of elevation of the top of Blue Mountain is 23°. Staying at sea level, he walks 220 yards toward the mountain. The angle of elevation of the top is now 27°. Find the height of Blue Mountain. Round intermediate results to 3 decimal places and the final answer to 1 decimal place.

Answers

Answer:

559.2 yards.

Step-by-step explanation:

Let the height of the mountain be x yards and the distance from the second location to the base of the mountain be y yards.

Then we have the equations:

tan 27 = x/y

tan 23 = x / (220 + y)

From the first equation y = x/ tan27 so substituting in the second one we have:

tan 23 = x / (220 + x / tan 27)

Cross multiply:

x = 220 tan23 + x tan 23 / tan 27

x = 93.384 + 0.833 x

x - 0.833x = 93.384

x = 93.384 / 0.167

x = 559.2 yards to 1 dec place (answer).

-7/9 x 144 vbnbvcrxecvbnbvtcrxercvb

Answers

The first step to solving this expression is to reduce the numbers with 9.
-7 × 16
Now we need to multiply the two numbers together using the Rules of Signs for Multiplication. They state that multiplying a negative and a positive equals a negative: (-) × (+) - (-). Keeping this in mind,, when you multiply the two numbers together you should get -112.
Let me know if you have any further questions
:)

How many odd numbers greater than 60000 can be formed, using numbers 2,3,4,5 and 6 if each digit is used only once in each number?

Answers

Hello,

All the numbers must begin with 6.

There are still 2,3,4,5 digits : 4 possibilities.

4!=4*3*2*1=24

The first is 62345 and the last 65432.

Final answer:

To find the number of odd numbers greater than 60000 that can be formed using the given numbers with each digit used only once, you can determine the number of possibilities for each digit and multiply them together. The answer is 96.

Explanation:

To find the number of odd numbers greater than 60000 that can be formed using the numbers 2, 3, 4, 5, and 6 with each digit used only once, we need to consider the possible arrangements of these digits. First, we can determine the number of possibilities for the leftmost digit, which must be either 3, 4, 5, or 6. Next, we can determine the number of possibilities for the remaining four digits, which can be arranged in 4! (4 factorial) ways. Multiplying these two values gives us the total number of odd numbers greater than 60000 that can be formed using these digits with each digit used only once.

Thus, the number of odd numbers greater than 60000 that can be formed using the numbers 2, 3, 4, 5, and 6 with each digit used only once is 4 * 4! = 4 * 4 * 3 * 2 * 1 = 96.