You get the most pizza at the medium table because you divide 3 by 7 and get .43 after simplifying the decimal.
Hope this helps!
The answer to the student's question is the medium table, where a guest gets the most pizza after dividing the number of pizzas by the number of seats.
To determine which table a guest will receive the most pizza, we need to divide the number of pizzas by the number of guests at each table. This will give us the amount of pizza per guest at each table.
For the small table: 2 pizzas ÷ 5 seats = 0.4 pizzas per guest.
For the medium table: 3 pizzas ÷ 7 seats = 0.43 pizzas per guest.
For the large table: 5 pizzas ÷ 12 seats = 0.42 pizzas per guest.
So, a guest sitting at the medium table gets the most pizza.
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3. In a game, if you roll a 6 on a 6-sided number cube, you lose a turn.
(a) What is the probability that you roll a 6? Explain your reasoning.
(b) What is the probability that you either roll a 6 or do not roll a 6? Explain your reasoning.
(c) What is the probability that you don't roll a 6? Explain your reasoning.
Answer.
Answer:
(a) What is the probability that you roll a 6?
1/6
(b) What is the probability that you either roll a 6 or do not roll a 6?
1
(c) What is the probability that you don't roll a 6?
5/6
Step-by-step explanation:
(a) What is the probability that you roll a 6?
In a 6- sided cube, a 6 occurs only once. That is only one face is labelled 6. Therefore, the probability that you roll a 6 is;
(number of faces labelled 6)/(totals number of sides) = 1/6
(b) What is the probability that you either roll a 6 or do not roll a 6?
The probability of rolling a 6 was found to be, 1/6.
On the other hand, the probability of not rolling a 6 is;
(number of faces not labelled 6)/(totals number of sides) = 5/6
Therefore, the probability that you either roll a 6 or do not roll a 6 is;
1/6 + 5/6 = 1
These two events are mutually exclusive and exhaustive.
(c) What is the probability that you don't roll a 6?
The probability of not rolling a 6 is;
(number of faces not labelled 6)/(totals number of sides) = 5/6
We have 5 faces not labelled 6 out of 6 possible faces or outcomes
Answer: 4 with an exponent of 4 and 6 with an exponent of 2
Step-by-step explanation:
Answer: is the required expression.
Step-by-step explanation:
Since we have given that
Length of tree initially = 36 inches
Length of tree after one year = 43 inches
We need to find the percentage of increase in the tree's height.
So, expression would be
Hence, is the required expression.