Volumes: (cubed)
4^3:5^3
= 64:125
Areas: (squared)
4^2:5^2
= 16:25
Answer:
The answer to your question is x²y²(y² - x³)
Step-by-step explanation:
To solve this problem look for the Greatest common factor of both terms.
The maximum x that can be factor = x²
The maximum y that can be factor = y²
Factor the binomial by common factor technique
x²y²(y² - x²)
It can not factor more.
Shading above (>) the solid (or =) line tells you it is
y ≥ (something)
The only possible choice is
y ≥ (3/2)x - 3
Answer:
$293,562.707
Step-by-step explanation:
As for the provided details we know,
Janet needs $51,500 from end of 7th year for upcoming 20 years.
The present value of 20 installments of $51,500 shall be @ 6% from year 7 to year 8.0858
Thus total value = $51,500 
8.0858 = $416,418.7
Now the compound interest factor for 6 year @ 6 % = 1.4185
Thus, value to be invested today = $416,418.70/1.4185 = $293,562.707
As this when compounded annually will provide the balance as required at the end of 6 years.
Step-by-step explanation:
PART 1:
on the graph you can make a triangle at any point and with any angle measures.
i recommend a smaller right triangle to be easiest.
i recommend the points (0,3) A (3,0) B and (0,0) C
∆ABC angle measurements:
m∠CAB=45°
m∠ABC=45°
m∠ACB=90°
PART 2:
(4,3) D (7,0) E and (4,0) F make an identical right triangle moved 4 squares to the right
m∠FDE=45°
m∠DEF=45°
to find the missing value of the angle EFD we will use subtraction and addition
180-(45+45)
180-90
90
therefore, the m∠EFD=90°
PART 3:
both the angle measures and the shapes of the triangles are the same
PART 4:
i used a 1:1 ratio
sorry for the wait :)
