Answer:It's composite
Step-by-step explanation:It's composssssiiiiitttteeeee
Answer/Step-by-step explanation:
D = distance
T = Time
You are trying to find the Time so,
T = ???
T = 70 ?
So you are driving PER hour so --> multiply
T = 70d
Hope this helped!
Answer:
Account B
Step-by-step explanation:
Account A will give 92 thousand dollars
Account B will give 100 thousand dollars
Account B will earn the customer the greatest amount of interest.
You don't even need to do the math! 4.9 > 4.8. Investing less but for a longer period of time would give your more in your bank account.
Hope this helps!
--Applepi101
Part 1 : Marlow wants to know how many students in his school enjoy watching the TV news. He asks all 27 students in his art class and finds that 30% of his classmates enjoy watching the TV news. He claims that 30% of the school's student population would be expected to enjoy watching the TV news. Is Marlow making a valid inference about his population?
No, it is not a valid inference because he asked all 27 students in his art class instead of taking a sample from the school
No, it is not a valid inference because his classmates do not make up a random sample of the students in the school
Yes, it is a valid inference because he asked all 27 students in his art class
Yes, it is a valid inference because his classmates make up a random sample of the students in the school
Answer = The correct answer is <span>B because Marlow was supposed to ask random kids and they were not suppose to be in his class.
Part 2 : </span><span>Carl takes a random sample of 100 students in his school and finds that 72% of the sample prefers pizza over burgers. There are 1,500 students in the school. Based on the sample proportion, how many students in the school would be expected to prefer pizza over burgers? </span>
72
100
1,080
<span>1,500
</span>
<span>1500 / 100</span>×72<span>= 1080</span><span>
</span>
When two events are dependent, this means that one event
cannot occur without the other, or simply put the two events are connected to
each other in one way or the other.
When two events are independent, this means that the two
events can occur separately, with one event having no effect on the occurrence
of the other.
Therefore the dependent and independent events are as
follows:
Independent event:
<span> c. rolling a die
twice</span>
The outcome of the first die does not affect the outcome
of the second die, hence independent.
Dependent event:
d. drawing one card from a standard deck, not replacing
it, and then selecting another card
<span>By the act of not replacing the drawn card, we are
changing the probability of selecting another card, hence dependent.</span>