Answer:
Step-by-step explanation:
Applying the Laplace transform:
With the formulas:
Solving for
Apply the inverse Laplace transform with this formula:
Answer:
<8 and <6 are congruent to each other.
Step-by-step explanation:
A protractor was used to determine the answer. They both measured to 140 degrees.
Congruent angles are those that have the exact same degree measure – they are equal in size. The position of these angles does not impact their congruence.
In mathematics, two angles are described as congruent when they have the same measure, meaning that they are equal in degrees. For instance, if you have two angles each measuring 45 degrees, they are congruent. Even if these angles aren't located in the same position on a shape, or even on two different shapes entirely, they are considered congruent because they have the exact same degree measurement.
Congruency can also apply to other geometric elements like triangles and lines. However, in the context of your question, the concept is strictly applied to angles.
#SPJ3
Answer:
12x7y3
----------- = 6x4y3
6x3y
Step-by-step explanation:
In dividing these numbers, you simply subtract 6x from 12x and subtract 3y from 7y because 6x and 3y are both in the denominator. 3 is left alone.
Step-by-step explanation:
(-5)² + (-2)² + 3²
= 25 + 4 + 9
= 38
Answer:
Step-by-step explanation:
Hello!
The study variable is:
X: Number of female babies in a sample of 33 babies.
The variable has binomial distribution, symbolically:
X~Bi(n; p)
n= 33
p= 0.5
The mean of the Binomial variable is:
E(X)= n*p
E(X)= 33*0.5
E(X)= 16.5
The variance of the Binomial is:
V(X)= n*p*q
q= (1 - p) (If "p" is the probability of "success", "q" represents the probability of "failure")
V(X)= 33*0.5*0.5
V(X)= 8.25
Then the standard deviation is:
√V(X)= √8.25= 2.87
E(X) + 2*(√V(X))= 22.24
E(X) - 2*(√V(X))= 10.76
I hope it helps!
B) 12%
C) 0.5%
D) 1.12
Answer:
Given below.
Explanation:
A) 0.02 = =
B) 12% = = =
C) 0.5% = =
D) 1.12 =
2. 8x + 80 = 4x + 120
Answer:
It is 2 because it is a math question with the factors on the multipulcation
Step-by-step explanation: