Answer:
I depends on P, R, and T describes the relationship between the variables of the simple interest formula
Step-by-step explanation:
We are given that The simple interest on a principal amount, P, borrowed for T years at R% annual interest is given by the following
:
Formula:
So,
So, I depends on P , T and R
So, Option C is true .
Hence I depends on P, R, and T describes the relationship between the variables of the simple interest formula
Answer:
⁴√x³
Step-by-step explanation:
According to the Definition of Rational Exponents [part I] , rewrite the radicals as exponents, with your root being your denominator and your index being your numerator. This is when your numerator is 1:
aᵐ\ⁿ = ⁿ√aᵐ
√x → x¹\² → x²\⁴ [Least Common Denominator (LCD)]
⁴√x→ x¹\⁴
Then, according to the Product-to-Power Exponential Rule, whenever you multiply terms with exponents, you add the exponents:
x²\⁴ + x¹\⁴ = x³\⁴
Definition of Radical Exponents [part II (numerator is greater than 1)] → convert back to radical form:
x³\⁴ → ⁴√x³
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Given:
mean, μ = 11 lb
Std. deviation, σ = 2.1
Let x = the weight that separates the top 5% of the crop.
The z-score is
z = (x - μ)/σ
= (x - 11)/2.1
From standard z-table for normal distribution,
P(z=1.645) = 0.95
Therefore
(x - 11)/2.1 = 1.645
x - 11 = 1.645/2.1 = 0.7833
x = 11.783
Answer: 11.8 lb (nearest tenth)
Let's solve ~
Therefore, Option D is correct ~