Well, you just have to take what I said before:
1=ones digit
3=tens digit
8=hundreds digit
2=thousands digit
7=ten thousands digit
6=ten thousands digit
So like previous answers, you just look at the digit after the one being asked
So look at the thousands place. 2,831 or 2,000 since all numbers after that digit is irrelevant
Is 2,000 or 2,831 over the halfway point to 10,000? The halfway point being 5,000
No, it is not so that means 2,831 is closer to 670,000 rather than 680,000
Answer: 672,831 rounded to the nearest ten thousand IS 670,000
By applying the concept of transformation, the <em>transformed</em> function g(x) = √[(3/2) · x] is the consequence of applying a <em>stretch</em> factor of 3/2 on the <em>parent</em> function f(x) = √x.
<h3>How to compare two functions by concepts of transformation</h3>
In this question we have a <em>parent</em> function g(x) = √[(3/2) · x] and a <em>transformed</em> function f(x) = √x. Transformations are operations in which parent functions are modified in their relationships between inputs and outputs.
In this case, the difference between f(x) and g(x) occurred because of the application of a operation known as <em>vertical</em> stretch, defined below:
f(x) = g(k · x), k > 0 (1)
Where k is the <em>stretch</em> factor. There is a compression for 0 ≤ k < 1.
By applying the concept of transformation, the <em>transformed</em> function g(x) = √[(3/2) · x] is the consequence of applying a <em>stretch</em> factor of 2/3 on the <em>parent</em> function f(x) = √x. (Right choice: C)
To learn more on transformations: brainly.com/question/11709244
#SPJ1
She earned $420 for the number of hours she worked, added with the $5,500 in sales makes a total of $5,920
Answer:
AC = 4DB
Step-by-step explanation:
see attachment
Given that B is the midpoint of AC, this means that AB≅BC.
Also, D is the midpoint of AB, therefore AD≅DB.
This shows that AD is 1/4 of the length of AC, since it is 1/2 of the length (1/2 x 1/2 = 1/4). DB is the same length, since it is congruent to AD.
Thus, AC = 4DB.
Answer: 1/4
Step-by-step explanation:
This problem is very interesting, because it does not specify which side the coin must land on. Thus, the first flip has a 100% of landing on one side, then the next two have a 50% chance of landing on the same side. Thus, the probability is 1*.5*.5, or .25, or 1/4
