Answer:
5
Step-by-step explanation:
Take the length of the string and divide by the length of a bead
15/3 = 5
We can fit 5 beads
Answer:
Step-by-step explanation:
sorry i wish i know how but i don't know how to do this but if there's other stuff you don't understand i can help you
Answer:
I think it would be 120
Step-by-step explanation:
You add 120+120 and it would equal 240. Then 240 dived by 2 which will equal 120.
(120 + 120)= 240 dived by 2= 120 I might be wrong
If the growth rate is 0.469 per member per day and in the beginnning there are 5 members then the population size after eight days is 108.42.
Given growth of population of protozoa 0.469 per member per day and population in beginninng is 5 members.
We have to find the population afte eight days.
First of all we have to find the function or equation showing sum of population after t days.
Because it is given that the rate is 0.469 per member per day it means it is like compounding.
The equation which shows the sum after compounding is P
where P is the amount in beginning, r is the rate and n is the number of years.
In this problem the equation will be 5 where t is number of days.
We have to put the value of t=8 to find the population after 8 days=
=5
=5*21.68
=108.42
Hence the population of protozoa after 8 days is 108.42.
Learn more about compounding at brainly.com/question/24924853
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Complementary angles add to 90 degrees. So if two angles are complementary, then they are acute (ie less than 90 degrees). So it's not possible for an obtuse angle to have a complementary angle. ... My first instinct was to tell you that an obtuse angle does not have a complement.