Answer:
m = 2
Step-by-step explanation:
Given:
x = 4
y = 6m - 2
a = 8
b = 5
Required:
Value of m
SOLUTION:
x and y are segments of a chord divided when it intersects another chord that also has segments a and b.
According to the Intersecting chords theorem, 
Thus:

Solve for m





The value of m = 2
9514 1404 393
Answer:
P(F|A) = 35%
Step-by-step explanation:
P(F|A) = P(F&A)/P(A) = 7%/20% = 0.35
P(F|A) = 35%
_____
The given numbers will let you fill in a table for all of the categories of workers. However, it turns out this question can be answered using only the numbers given in the problem statement.
Answer:
7
Step-by-step explanation:
English:
Which digit should go in the box to
make the next number divisible
between 2, 3 and 9? 8 ,? 48
Let x be the number, then the number will look like this:
8x48
This number is already divisible by 2, because it ends with an even number.
Now we need to check for divsibility by 3.
For this to be divisible by 3, the sum of the digit should be a multiple of 3.

We know if a number is divsible by 9, it is also divsible by 3.
So

The least positive solution is



Therefore 8748 is divsible by 2,3, and 9.
the shape is NOT a rhombus, because opposite sides are parallel but not all sides are congruent in length.
This shape is instead a parallelogram, where opposite sides are parallel but all sides do not have to be the same length
if 2 pairs of opposite sides are parallel, then opposite sides must be congruent, changing the angles will create nonparallel opposite sides that are unequal length and neither a parallelogram nor rhombus
In this question, we're trying to find how many bales of hay the farmer needs to get in order to feed 6 horses
First, we would need to find how many bales of hay each horse eats.
Find this by dividing 64 by 4
64 ÷ 4 = 16
We now know that each horse eats 16 bales of hay
Now, multiply 16 by 6 in order to find how many bales of hay the farmer needs to get to feed 6 horses.
16 × 6 = 96
Therefore, the farmer needs to get 96 bales of hay in order to feed 6 horses.
Answer:
96 bales of hay