What is the definition of constant of proportionality

Answers

Answer 1
Answer:

Answer: Is the ratio between two directly proportional quantities

Answer 2
Answer:

Answer:

Answer is the ratio between 2 directly proportional quantities


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What is the answer to 9n=45 ?
Figure TUVW ≌ figure ABCD, UV = 9, WT = 17, and TU = 13.What is the measure of AB? Please this is my last question then I have no more points.___
Find two ratios that are equivalent to 2/12

Write 2 1/8 as an improper fraction.

Answers

The answer is 17/8. This is because 2 times 8 is 16 and 16 plus one is 17. So the result is 17/8. 
17/8

2 * 8 = 16 + 1 = 17

Katie has read 32 percent of a book. If she has read 80 pages, how many more pages does Katie have left to read?A 40
B 170
C 200
D 250

Answers

You need to divide 80 by 0.32 (this is your percent) to find the total amount of pages, which is 250. now subtract 80 from 250 to find the remaining pages, which is 170. The answer is B.
 
You dive 80 by 32 and 32 which means that ever 2.5 pages is 1 percent of the book so you multiple by 100 and get 250 pages

Terms written in the form a/b are fractions. For example 2/3. If you see 3 1/2 it should be 3 and 1/2

Answers

Answer:

7/2??

Step-by-step explanation:

Im not sure what you mean but 3 1/2 is the same thing as 7/2

How do you solve this math question?

Answers

For the 6 friends to eat a half meat pie the will eat 3 and they will be 2 more, the 6 friends should cut each one into 3 half's.
Uea shes correct :) have s great day

What is the rate of increase for the function f(x)= 1/3(^3 sqr root 24)^2x

Answers

The rate of increase for the function  f (x) = (1)/(3)( \sqrt[3]{24}) ^(2x) by using formula and identity are,

f ' (x) = \frac{4}{\sqrt[3]{3} }

Using formula and identity are,

(dx^n)/(dx) = nx^(n - 1)

And, (a^x)/(a^y) = a^(x - y)

Given that,

The function is defined as,

f (x) = (1)/(3)( \sqrt[3]{24}) ^(2x)

We have to find the rate of increase of the given function.

f (x) = (1)/(3)( \sqrt[3]{24}) ^(2)x

Differentiate the function with respect to x,

f' (x) = (1)/(3)( \sqrt[3]{24}) ^(2)

Then, we get;

f ' (x) = (1)/(3) (\sqrt[3]{2* 2* 2* 3} )^2

f' (x) = (1)/(3) (2)^2 (3)^{(2)/(3) }

Using the identity  (a^x)/(a^y) = a^(x - y),

So, the rate of increase of function is,

f ' (x) = \frac{4}{\sqrt[3]{3} }

To learn more about the function visit:

brainly.com/question/11624077

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You must simplify the function first until the exponent becomes a flat x. Step 1 Leave 1/3 only that is the value a, initial value. You are looking for the base Step 2 Deal with the parentheses. Factor 24 and you get 2 and the cube of 3. Step 3 Separate the exponent (2) (x) Step 4 Now square each term in parentheses 2 squared and cube 3 squared 2 2 will be 4, the other expression means cube of 3 times cube of 3 and that is cube of 9 Step 5 Your base should be (4 cube of 9)

Five eighths plus eleven twelves

Answers

five \ eighths \to (5)/(8) \n\n eleven \ twelves \to (11)/(12) \n\n (5)/(8)^((3)+(11)/(12)^((2)= \n\n =(15)/(24)+(22)/(24)= \n\n =\boxed{\boxed{(37)/(24)}}
5/8 + 11/12
make the denominator the same
48 divided by 12 = 4
48 divided by 8 = 6
5 x 6 = 30
11 x 4 = 44
30/48 + 44/48
30 + 44 = 74
74 - 48 = 26
So the answer is 1 and 26/48 in its proper form.
Simplified, it would be 1 and 13/24. Mixed = 37/24 since you'll be adding 24.