Answer:
2,000,000
Step-by-step explanation:
There are 1,000,000 millimeters in a kilometer. So multiply that by two. Hope this helps
Answer:
2 km = 2000000.00 mm
Step-by-step explanation:
8-4/5f>-14-2f
(subtract 8 on both sides)
-4/5f>-22-2f
(add 2f on both sides)
6/5f>-22
(divide 6/5 on both sides)
f>-55/3(-18.33)
Answer: $320
Step-by-step explanation:
Let the savings of Lucinda is denoted by 'x' .
If the amount she spent was 15% of her savings.
Then , the amount she spent would be 0.15x
[We can write 15% in 0.015 ∵ to convert a percentage sign we divide it by 100.]
It is given that Lucinda spent $48.
Hence, she had $320 as savings before she she shopped.
B.He incorrectly determined the actual number of times he chose a red card.
C.He used too few trials for the sample space.
D.He used too many trials for the sample space.
Answer: C. He used too few trials for the sample space.
Step-by-step explanation:
Given: Josh used a standard deck of 52 cards to conduct an experiment.
As half of the cards in the deck were red.
If we take sample space= 52 cards
Then probability of getting a red card
But Josh took 8 cards as sample space which is not enough for the sample space.
therefore, C. is the right answer. "He used too few trials for the sample space."
Answer:
Option C - He used too few trials for the sample space.
Step-by-step explanation:
Given: Josh used a standard deck of 52 cards to conduct an experiment. Half of the cards in the deck were red. The other half were black.
Josh predicted that he would choose a red card in 4 out of 8 trials.
When he conducted the experiment, he actually chose a red card 6 out of 8 times.
To find : Which explains the most likely reason for the discrepancy between Josh’s predicted and actual results?
Solution :
Sample space = 52 cards
As half of the cards in the deck were red.
Probability of getting a red card is
He predict and conduct to choose a red card out of 8 trials which is not enough for the sample space.
Therefore, Option C is correct.
He used too few trials for the sample space.