I think the answer would be 3
Answer: The length of BC is 7
Step-by-step explanation: Assuming the lengths of the opposite sides of the quadrilateral are congruent, then
AB=DC and
AD=BC
Inputting the values of AB, DC and AD as given in the question:
x + 8 = 3x ...(1)
x + 3=? ...(2)
We have to solve for the value of x to get the actual lengths and thus ascertain BD.
From equation (1):
8 = 3x - x
8 = 2x
8/2 = x
Therefore, x = 4.
If x = 4 then equation(2) would be
4 + 3= 7.
Hence, the actual lengths of the quadrilateral are:
AB = 4 + 8. DC = 3(4)
=12. =12.
AD = 4 + 3. AD = BC
= 7. Therefore, BC = 7.
Hence, it is confirmed that quadrilateral ABCD is a parallelogram since both the opposite sides are proven to be congruent.
Answer:
An example of such number is 1,645,378 ( The value of 6 here is 600,000)
Step-by-step explanation:
Here, we want to compare digits in whole
numbers.
The value of 6 in 165,438 = 60,000
Now, we want a number that is 10 times the value of 6 here
10 times the value of 6 here will be 10 * 60,000 = 600,000
So we want a number which has the value of 6 in it as 600,000
The number in this case as an example can be ;
1,645,378
The answer choice is a. y=(-1/2)x
