Answer:
She is 30
Explanation:
Because if you read it right it says "Emmett is 4 years older than Liam." Also you had a grammar error in it.
Select the product.
a. 14+ 2i
b. 14 + 22i
c. 15 + 22i
d. 26+2i
x
Answer:
14 + 22i
Step-by-step explanation:
Let the event J = correct problems solved by Jacqueline,
and the event M = correct problems solved by Marc.
A. P(J) × P(M) = P(J ∩ M)
B. The probability that Jacqueline and Marc both can solve a problem in a math test is 0.93.
C. P(J) × P(M) = P(J ∪ M)
D. J and M are independent events.
E. The probability that Jacqueline and Marc both can solve a problem in a math test is 0.52
Answer:
Option A , D and E holds.
Step-by-step explanation:
Let the event J = correct problems solved by Jacqueline,
and the event M = correct problems solved by Marc.
Jacqueline solved 80% of problems correctly in a math
So, probability of correct problems solved by Jacqueline P(J)=0.80
Marc solved only 65% of the problems correctly.
So, probability of correct problems solved by Marc P(M)=0.65
Probability of correct problems Solved by Marc and Jacqueline :
=
=
=
So, Option E is correct.
we also know that and means intersection .
So, P(J) × P(M) = P(J ∩ M)
So, Option A is also correct.
Since option A holds .
So, property of independent events is satisfied :
Thus Option D also holds.J and M are independent events.
Hence Option A , D and E holds.
Answer:
hey I was just wondering if u could help me with my
ine
Step-by-step explanation:
thank u
ground 61 m horizontally from the point of
release.
What is the speed of the ball just before it
strikes the ground?
Answer in units of m/s
The speed of the ball would be 13 m/s just before it strikes the ground.
A ball is thrown horizontally from the top of a 110 m high building. 61 meters horizontally from the moment of release, the ball falls on the earth.
Velocity is defined as the displacement of the object in a given amount of time and is referred to as velocity.
First of all, we get the time of aviation from the vertical component:
Here s = 110 m and g = 9.8 m/s²
s = 1/2 × gt²
Solve for t
t = √(2s/g)
Substitute the values of s = 110 m and g = 9.8 m/s² in the equation,
t = √(2×110/9.8)
t = √22.44
t = 4.7 sec
The horizontal component of velocity is constant :
v = s/t
Here s = 61 m and t = 4.7 sec
v = 61/4.7
v = 12.97 ≈ 13
Therefore, the speed of the ball would be 13 m/s just before it strikes the ground.
Learn more about Velocity here:
#SPJ2
Answer:
Step-by-step explanation:
30%, 1/4, 0.725