The probability of flowering plants bearing flowers in January is given in the table. FlowerBearing Flowers
2 answers:
Answer:
The probability of plant bearing flowers if it is a tulip is 68%.
Step-by-step explanation:
We are given the table representing the plants bearing flowers in January as follows,
Flower Bearing Flowers in January
Tulip 68%
Anemone 81%
Manzanita 77%
Peony 70%
Fuchsia-Flowering Currant 74%
Total 76%
It is required to find the probability of plants bearing flowers in January if it is a tulip.
Now,
So, Total possible outcomes = 100 (as the data is given in percentage)
From the table, we have,
<em>68% implies that out of 100, there are 68 tulip plants which bears flowers in January.</em>
<h3>Thus, the probability of plant bearing flowers if it is a tulip =You might be interested in
Complete Question
The function f determines the cost (in dollars) of a new Honda Accord in terms of the number of years t since 2000. That is, f ( t ) represents the cost (in dollars) of a new Honda Accord t years after 2000. Use function notation to represent each of the following. The cost (in dollars) of a new Accord in 2006?
A. How much more a new Accord costs in 2013 as compared to the cost of a new Accord in 2010?
B. A new Accord in 2013 is how many times as expensive as a new Accord in 2010?
C. In 2016 , some cars cost $980 more than the cost of a new Accord.How much does the other cars cost (in dollars)in 2016?
Answer:
a
The cost of a new Accord in 2013 compared to 2010 is z = f(13) - f(10)
b
The magnitude at which the cost of a new Accord in 2013 is greater than the cost in 2010 is
c
The cost of the other cars is 2016 is r = 980 + f(16)
Step-by-step explanation:
From the question we are told that
The cost (in dollars) of a new Honda Accord is f(t)
Where t is number of years after 2000
The cost of the Honda Accord at 2013 is
f(2013 - 2000) = f(13)
The cost of the Honda Accord at 2010 is
f(2010 - 2000) = f(10)
So the cost difference between 2013 and 2010 is mathematically evaluated as
z = f(13) - f(10)
Let constant at which the cost of Honda Accord in 2013 is greater than its cost at 2010 be x
So
f(13) = x f(10)
=>
The cost of the Honda Accord in 2016 is mathematically evaluated as
f(2016 - 2000) = f(16)
Now the cost of these other cars is mathematically evaluated as
r = 980 + f(16)