(a) (3a⁴)³ = 3³a³*⁴ = 9a^12
(b) (2m³)⁶ = 2⁶m⁶*³ = 64m^18
(c) (7p⁵)² = 7²p²*⁵ = 49p^10
(d) (10k²)⁴ = 10⁴k⁴*² = 10000k⁸
(e) (5t^11)³ = 5³t^11*³ = 125t³³
(f) (x³y²)⁵ = x⁵*³y⁵*² = x^15y^10
(g)(m⁴n⁶)³ = m³*⁴n³*⁶ = m^12n^18
(h) (p⁷q³)⁴ = p⁴*⁷q⁴*³ = p²⁸q^12
(i) (a⁴b^10)² = a²*⁴b²*^10 = a⁸b^20
(j) (2x⁵y²)³ = 2³x³*⁵y³*² = 8x^15y⁶
(k) (3x⁷y⁴)³ = 3³x³*⁷y³*⁴ =27x^21y^12
(l) (5p²q⁴)³ = 5³p³*²q³*⁴ =125p⁶q^12
<h3>
Answer: 56/65</h3>
Work Shown:
sin(angle) = opposite/hypotenuse
sin(F) = EG/FE
sin(F) = 56/65
Refer to the diagram below.
Answer:
3rd option


Step-by-step explanation:
So we are given the following points:
(1,5)
(2,15)
(3,45)
(4,135)
This is a geometric sequence because there is a common ratio, 3. That is you can keep multiply 3 to a previous y-coordinate to get the next y-coordinate.
The formula for a geometric sequence is 
where
is the first term and r is the common ration.
So we have
.
If you want to know the fifth term, just plug in 5:

Simplifying:



Answer:
The answer is B.dividing 36.2 by ten thousands. Plz mark as the brainlyest answer.
Step-by-step explanation: