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2 years ago

Paula has read 70% of the total pages in a book she is reading for english class

Mathematics

1 answer:

pav-90 [236]2 years ago

6 0

Answer:

good for paula? im not sure what the question is.

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How to comparing 645 and 738 is different from comparing 645 and 649

defon

For starters, 700 and 600 are different

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3 years ago

Read 2 more answers

You look over the songs in a jukebox and determine that you like 1414 of the 5252 songs. (a) What is the probability that you l

enyata [817]

Answer:

Step-by-step explanation:

given that you look over the songs in a jukebox and determine that you like 14 of the 52 songs

Here each song is independent of the other song

i.e. p = Probability that you like any song = $\frac{14}{52} =0.2692$

q = Prob you do not like = 1-0.2692 = 0.7308

a) the probability that you like the next four songs that are played

= $0.2692^4\\=0.00525$

b) the probability that you do not like the next four songs that are played

= $0.7308^4\\=0.2852$

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3 years ago

Ruthie wants to construct a line that passes through point P and is perpendicular to AB. What should Ruthie do first?

borishaifa [10]

Ruthie wants to construct a line that passes through point P and is perpendicular to AB. What should Ruthie do first?

A) measure the length of segment AB with her compass
B) construct two intersecting arcs with centers A and B
C) use her straight-edge to draw a line from point P to point A
☆☆☆D) construct an arc with center P that intersects segment AB in two points

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3 years ago

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Write each expression using n as your variable.

frozen [14]

C3=n
N x 2 - 6 + 2
N < (6x8) - 10

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2 years ago

A population of a particular yeast cell develops with a constant relative growth rate of 0.4225 per hour. The initial population

Ksju [112]

Answer: The population after 3 hours is 13.9 mill.

Step-by-step explanation:

When we have an exponential with:

A = initial population.

r = constant relative growth rate:

t = time.

The function that models this is:

P(t) = A*e^(k*t)

In this case we know that:

A = 3.9 mill.

r = 0.4225 1.

Then the function that models the population of this yeast cell is:

P(t) = (3.9 mill)*e^(0.4225*t)

where t represents the time in hours.

Then if we want to know the population after 3 hours, we should replace t by 3.

P(3) = (3.9 mill)*e^(0.4225*3) = 13.85 mill.

And we want to round our answer to one decimal place, then we must look at the second decimal place, we can see that is a 5, so we should round up.

The population after 3 hours is 13.9 mill.

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3 years ago