Answer:
~Senpi Boi here~
Step-by-step explanation:
For the values of a and b that can be factored are the following answers, for a it would be 2x^2-6x. And for b it would be x-5/2^2.
(Hope this helps!) ^-^
(B)The mean of matches won is more than the median of matches won.
(C)Most of the participants won many matches, but there were some participants who won very few matches compared to the others.
(D)Most of the participants won very few matches, but there were some participants who won many matches compared to the others.
Answer:
(C)- Most of the participants won many matches, but there were some participants who won very few matches compared to the others.
Step-by-step explanation:
The Box plot isshifted to the right this means it is right-skewed data thus left tail is much longer than right tail. Hence, Option (C) is correct.
Option (A) means than neither right tail is longer nor left, the box will remain in middle only. So it is incorrect.
Option (B) is incorrect because Box Plot doesn't give us idea about mean.
Option (D) is also not correct because if this happened then box will shifted to the left
Answer:
1) A rectangle with width of 10 cm and length of 44 cm.
4) A rectangle with width of 9 mm and length of 45 cm.
Step-by-step explanation:
Given:
Length of the rectangle = 32 in.
Width of the rectangle = 8 in.
Now we will find the ratio of length by width.
Now we need to find from the given Option which rectangles are not similar to Carl's Rectangle.
So we will check for each.
1) A rectangle with width of 10 cm and length of 44 cm.
Now we will find the ratio of length by width.
Now we know that;
"When ratio of the dimension of corresponding rectangles are equal then the 2 rectangles are said to be similar."
Now Comparing equation 1 and equation 2 we get;
equation 1 equation 2
Hence This rectangle is not similar to Carl's rectangle.
2) A rectangle with width of 2.5 inch and length of 10 inch.
Now we will find the ratio of length by width.
Now we know that;
"When ratio of the dimension of 2 corresponding rectangles are equal then the 2 rectangles are said to be similar."
Now Comparing equation 1 and equation 2 we get;
equation 1 equation 2
Hence This rectangle is similar to Carl's rectangle.
3) A rectangle with width of 23 cm and length of 92 cm.
Now we will find the ratio of length by width.
Now we know that;
"When ratio of the dimension of 2 corresponding rectangles are equal then the 2 rectangles are said to be similar."
Now Comparing equation 1 and equation 2 we get;
equation 1 equation 2
Hence This rectangle is similar to Carl's rectangle.
4) A rectangle with width of 9 mm and length of 45 cm.
Now we will find the ratio of length by width.
Now we know that;
"When ratio of the dimension of corresponding rectangles are equal then the 2 rectangles are said to be similar."
Now Comparing equation 1 and equation 2 we get;
equation 1 equation 2
Hence This rectangle is not similar to Carl's rectangle.
-8
-6
-2
Answer:
-6
Step-by-step explanation:
The y-coordinate of B is 2. Adding -8 to it makes the y-coordinate of B' be -6.
2 -8 = -6
Answer:
Step-by-step explanation:
The given translation is
Which means that the original figure will be moved 3 units to the right and 8 units downwards.
Remember, when it comes to translations, when we subtract units to that means the figure will be moved rightwards. And if we subtract units from , that means the figure will be moved downwards.
So, the original figure has as vertex B(1,2). If we apply the transformation to its vertical cordinate , we would have
Therefore, the right answer is the third choice -6.
Answer:
A linear equation can be written in several forms. "Standard Form" is #ax+by=c# where #a#, #b# and #c# are constants (numbers).
We want to make two equations that
(i) have this form,
(ii) do not have all the same solutions (the equations are not equivalent), and
(iii) #(4, -3)# is a solution to both.
#ax+by=c#. We want #a#, #b# and #c# so that
#a(4)+b(-3)=c# (This will make (i) and (iii) true.)
Step-by-step explanation: