Answer:
The common difference d is larger than the common ratio r
Step-by-step explanation:
Geometric sequence
∵ The second term is 24
∴ = 24
∵
- Equate it by its value
∴ ar = 24 ⇒ (1)
∵ The fifth term is 1536
∴ = 1536
∵
- Equate it by its value
∴ = 1536 ⇒ (2)
Divide (2) by (1)
∴
- Divide up and down by ar
∴ r³ = 64
- Take ∛ for both sides
∴ r = 4
Arithmetic sequence
∵ The fourth term is 16
∴ = 16
∵ = a + (4 - 1)d
∴ = a + 3 d
- Equate it by its value
∴ a + 3d = 16 ⇒ (1)
∵ The seventh term is 31
∴ = 31
∵ = a + (7 - 1)d
∴ = a + 6 d
- Equate it by its value
∴ a + 6 d = 31 ⇒ (2)
Subtract equation (1) from equation (2) to eliminate a and find d
∵ (a - a) + (6 d - 3 d) = (31 - 16)
∴ 3 d = 15
- Divide both sides by 3
∴ d = 5
∵ r = 4 and d = 5
∴ d > r
∴ The common difference d is larger than the common ratio r
Answer:
0
Step-by-step explanation:
-4x-20=-4(x+5)
-4x-20=-4x-20
0=0
Answer:
1 is not an irrational number, it is rational
Step-by-step explanation:
Answer: ~ 34.15%
Step-by-step explanation:
To calculate the percent error for the amount of snowfall, you can use the following formula:
Percent Error = [(|Estimated Value - Actual Value|) / Actual Value] * 100%
In this case, the estimated snowfall is 6.75 inches, and the actual snowfall is 10.25 inches. Plugging these values into the formula:
Percent Error = [(|6.75 - 10.25|) / 10.25] * 100%
Percent Error = [(3.5) / 10.25] * 100%
Percent Error ≈ 34.15%
So, the percent error for the amount of snowfall is approximately 34.15%. This means that the estimated snowfall was about 34.15% lower than the actual snowfall.