For to be conservative, we need to have
Integrate the first PDE with respect to :
Differentiate with respect to :
Now differentiate with respect to :
So we have
so is indeed conservative.
Henry deposits $25,000 into a Big City Bank savings account. The bank charges a simple interest rate of 2.25%. After 5 years, Henry will have $27812.5 in his account.
Given,
P = 25000 r = 2.25%
t = 5
Replace the formula,
F = 25000 + 25000 × ( 2 .25/100) × 5
Calculate the quotient or product:
25000 × (1 + 0.1125)
Simplifying,
25000 × 1.1125
Calculate the quotient or product:
27812.5
Hence, After 5 years, Henry will have $27812.5 in his account.
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Answer:
$27812.5
Step-by-step explanation:
2.25% = $562.5 each year
The ratio of Mark’s pay per hour to Carl’s pay per hour is 3:4 given that Mark takes twice as long as to earn $6.00 as it takes Carl to earn $4.00. This can be obtained by dividing their hourly wages.
Given that, Mark takes twice as long as to earn $6.00 as it takes Carl to earn $4.00.
(Time taken for Mark to earn $6)=2×(Time taken for Carl to earn $4)
Time taken for Mark to earn $3 = Time taken for Carl to earn $4
This means that Mark takes the same amount of time to earn $3.00 as Carl earn $4.00.
Thus the ratio of Mark’s pay per hour to Carl’s pay per hour, 3/4 = 3:4
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3x2 − 11x + 8 may or may not be a polynomial
3x2 − 11x + 8 will be a polynomial
3x2 − x + 4 may or may not be a polynomial
3x2 − x + 4 will be a polynomial
Answer:
option (b) is correct.
we get a polynomial
Step-by-step explanation:
Given : Polynomial 5x -6 and .
We have to choose out of given options which shows that polynomials are closed under subtraction when polynomial 5x − 6 is subtracted from .
We first subtract the polynomial
similar terms are terms having same variables with same degree.
Here, -6x and -5x are similar
and 2 and 6 are similar.
Adding similar terms, we get,
Polynomial is an algebraic expression that can involves variables with non negative integer terms and constants.
Thus, we get a polynomial
Hence, option (b) is correct.
Answer:
Option b
Step-by-step explanation:
As per central limit theorem, we know that if we draw a number of samples randomly from the population the sample mean for all the mean of samples will follow a normal distribution provided large samples are drawn.
The distribution which the sample mean follows is called the sampling distribution.
The distribution of various sample sizes will not follow any distribution. Hence I option wrong.
Distribution of values in the population are parameters and they do not follow any distribution. Option d , the values of the items selected will not follow any distribution
Only correct option is
(b) the distribution of the different possible values of the sample mean together with their respective probabilities of occurrence