1) Between which two integers does the square root of 48 lie? *
Answers
Answer:
6 and 7
Step-by-step explanation:
I think you mean 'the sq rt of 48 lies between what 2 integers.'
The answer is 6 and 7.
Related Questions
Is the quotient of two rational numbers always a rational number? Explain.
anna needs at least $1000 to pay her bills this week.she has $250 in the bank and makes $15 an hour at her job.how many hours does she have to work thus week in order to pay her bills
Use the exponential growth model, A = A0 e^kt to show that the time is takes a population to double (to frow from A0 to 2 A0) is given by t = ln 2/k.
Name the slope and one point that is on the linerepresented by the equation: x = -2A) m = undefined and point (-2,5)B) m = 0 and point (-2,4)C) m = undefined and point (5,-2)D) = zero and point (5,0)
Answers
so do 4-2 which is 2
2 x 9 is 18 x 10 is 180
45 - 8 is 37
180 divided by 37 is 4.9
4-2 =2
2 x 9= 18 x 10 =180
45 - 8 = 37
180 / 37 = 4.9
Answers
Answer:
You will wrapping paper to cover the box.
Step-by-step explanation:
To find how much wrapping paper you will need to cover the box, you will have to find the surface area.
The surface area is the amount of area around the outside of an object.
The outside surface area of a box is given by
where h is the height, W is the width, and L is the length of the box.
From the information given we know that the height is 5 inches, the width is 9 inches, and the length is 12 inches.
Applying the above formula we get that
You will wrapping paper to cover the box.
(b) How many bacteria are there after t hours?
(c) How many bacteria are there after 40 minutes? (Round your answer to the nearest whole number.)
(d) Graph the population function and estimate the time for the population to reach 40,000. (Give your answer to the nearest tenth.)
Answers
Final answer:
This problem involves calculating a bacteria culture's exponential growth over time. After 4 hours, there are 230,400 bacteria; after t hours, the formula 900*2^(2t) can be used to find the population. After 40 minutes, there are approximately 2,165 bacteria. The population reaches 40,000 after about 4.4 hours.
Explanation:
This problem is an example of exponential growth, which can be described by the equation N = N0 * 2^(t/T), where N is the final population, N0 is the initial population, t is the time elapsed, and T is the doubling time.
- (a) After 4 hours (or 8 half-hours), the number of bacteria is 900 * 2^8 = 230400.
- (b) After t hours (or 2t half-hours), the number of bacteria is 900 * 2^(2t).
- (c) After 40 minutes (or 4/3 of a half-hour), the number of bacteria is 900 * 2^(4/3) = 2165, rounded to the nearest whole number.
- (d) To graph the population function, plot time (in half-hours) on the x-axis and population on the y-axis. To estimate the time for the population to reach 40000, find the value of t such that N = 40000 = 900 * 2^(2t). Using logarithms, we get t = (log2(40000/900)) / 2 = 4.4 hours, rounded to the nearest tenth.
Learn more about exponential growth
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Answers
Answer:
3/2+3/2=3. Does this help? If not then I sincerely apologize- ^^". Please inform me if this is incorrect or not helpful
Step-by-step explanation:
Answers
Answer:
It would be Congruent, ASA.
Step-by-step explanation:
You can see there is a line on the side of both triangles meaning they're the same side and a circle in the corner of both triangles, meaning they're the same angle.
Answer:
I can confirm that the answer above me is right
Step-by-step explanation: