Laura received a box of chocolates for her birthday. The chocolates in the box have five different fillings. The table below sho
ws how many chocolates with each type of filling are in the box.
The chocolates are all the same shape and size. Laura does not like coconut or toffee. What is the probability that Laura will pick a chocolate from the full box that has a filling she does like?
Probability _______________________
In the space below, explain the process you used to determine your answer
Please help :c somebody!
The chocolates are all the same shape and size. Laura does not like coconut or toffee. What is the probability that Laura will pick a chocolate from the full box that has a filling she does like?
Probability _______________________
In the space below, explain the process you used to determine your answer
Please help :c somebody!
1 answer:
In this question we are asked to find the ratio of the number of chocolates which Lauren liked and the total of chocolates.
We know she doesn't like coconut and toffee, so she likes caramel, mint and cherry. When we count the ones she liked, we got
.
When we add to find how many chocolates are there, we got
.
To find the ratio we need to divide the first one and the second one:
is our probability.
We know she doesn't like coconut and toffee, so she likes caramel, mint and cherry. When we count the ones she liked, we got
When we add to find how many chocolates are there, we got
To find the ratio we need to divide the first one and the second one:
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Answer:
<h2>Check out the image.</h2>Step-by-step explanation:
Let, the equation of the straight line is y = mx + c; where m is the slope of the equation and c is the constant.
The line has the slope 1.
Hence, the equation becomes y = x + c.
Since, the line passes through (-6, -2), -2 = -6 + c or, c = 4.
Hence, the equation of the straight line becomes y = x + 4.
Putting x = 0, we get, y = 4.
The line passes through (0, 4).
