If you draw a simple diagram you can see that point to form a right angle ACB, C must be at (3,0).
Answer:
just googlr it did
Step-by-step explanation:
by step
The given quadrilateral ABCD is a parallelogram since the opposite sides are of same length AB and DC is 4 and AD and BC is 2.
<u>Step-by-step explanation</u>:
ABCD is a quadrilateral with their opposite sides are congruent (equal).
The both pairs of opposite sides are given as AB = 3 + x
, DC = 4x
, AD = y + 1
, BC = 2y.
- AB and DC are opposite sides and have same measure of length.
- AD and BC are opposite sides and have same measure of length.
<u>To find the length of AB and DC :</u>
AB = DC
3 + x = 4x
Keep x terms on one side and constant on other side.
3 = 4x - x
3 = 3x
x = 1
Substiute x=1 in AB and DC,
AB = 3+1 = 4
DC = 4(1) = 4
<u>To find the length of AD and BC :</u>
AD = BC
y + 1 = 2y
Keep y terms on one side and constant on other side.
2y-y = 1
y = 1
Substiute y=1 in AD and BC,
AD = 1+1 = 2
BC = 2(1) = 2
Therefore, the opposite sides are of same length AB and DC is 4 and AD and BC is 2. The given quadrilateral ABCD is a parallelogram.
Answer:
Therefore the general solution is
Step-by-step explanation:
Integration Rule:
Given differential equation is
[ multiplying dx both sides]
[ dividing 
both sides]
Integrating both sides
[ c is arbitrary constant]
Therefore the general solution is
3. 144
4. Any number above or equal to 6
5.28
6. Volume is equal to about 239.66 inches or 239 2/3
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