It is hard to explain without a picture. You have the line graph and depending on what your numbers are, you place them where the teacher, (or paper) says too. You would then move two to the right, and one up. You would keep repeating that pattern until you got to the top of the graph. After that you would draw a strait line through it. If you are dealing with negative numbers, then depending on which one is negative, you would move two to the LEFT from the starting point and go one up. You repeat that pattern as well, then once you reach the top of the page you draw a line through it.
I hope this helped!
~ Maya
Given:
a varies jointly as b and c.
a=6 when b=2 and a=3.
To find:
The variation constant and the equation of variation.
Solution:
a varies jointly as b and c.
...(i)
Where, k is the constant of proportionality.
a=6 when b=2 and a=3.
The value of k is 1.
Putting k=1 in (i), we get
Therefore, the variation constant is 1 and the equation of variation is .
Answer:
Yes.
Step-by-step explanation:
The reason why is because it's a positive integer that can be made from two multiplied positive integers.
Ex:
41x2=82
Your question is not complete. You did not include the question statement and there is no table.
If what you are looking for is the question below:
<span>The
probabilities of the top-selling menu item in four towns' restaurants
being different types of vegetarian and nonvegetarian sandwiches are
given in the table. If the restaurant in town 4 has a nonvegetarian
sandwich as its top-selling menu item, what is the probability that it
is a ham sandwich?
Town Vegetable Sandwich Nonvegetarian Chicken Sandwich Nonvegetarian Ham
Sandwich Nonvegetarian Bacon Sandwich Nonvegetarian Tuna Sandwich
Town 1 6.63% 5.42% 7.05% 6.19% 5.91%
Town 2 6.84% 7.11% 6.89% 5.69% 6.58%
Town 3 5.97% 6.63% 5.72% 5.86% 5.79%
Town 4 6.54% 5.86% 6.24% 6.24% 6.33%
Total 6.24% 5.77% 6.03% 5.92% 6.27%
Then the answer is as follows:
The probability that the restaurant in town 4 has a non-vegetarian sandwich as its top selling menu item is the sum of the probabilities of all the non-vegetarian sandwiches which is 5.86% + 6.24% + 6.24% + 6.33% = 24.67%
The probability that the restaurant in town 4 has ham sandwich as its top selling menu item is 6.24%
Therefore, the probability that the restaurant in town 4 has a non-vegetarian sandwich as its top-selling menu item which is a ham sandwich is given by 6.24 / 24.67 = 0.2529 = 25.29%</span>
Answer:
256.56ft³
Step-by-step explanation:
V₍cone₎= πr²(h/3)
=π×(7)²×(5/3)
=(3.14)×(49)×(1.67)
=256.4ft³