It has no real solutions. To be precise, no real zeros (or roots).
The zeros (here called "solutions", I guess) are the points where the function intersects the x-axis: at those points the value of the function is zero. So they are solutions to the equation f(x)=0.
This function does not intersect the x-axis. Hence, no solutions.
Answer:
The revenue will be recognized on the June 25th
Step-by-step explanation:
Data provided in the question:
Date on which the order for 500 cupcakes was received is <u>June 1st</u>
Date on which the order for 500 cupcakes was delivered is <u>June 25th</u>
Date on which the deposit of $50 was received is June 5th
Date on which the remaining $450 was received is June 30th
Now,
Revenue is always recognized as and when revenue generated and order completes.
Therefore,
In the given question, the order was delivered on June 25th
Hence,
The revenue will be recognized on the June 25th
Answer:
2.3km in meters is 2300 Meters
Step-by-step explanation:
Multiply the length value by 1000
E=Z*sqrt (p(1-p)/N), where E= error margin, p=proportion, N=sample size
Katrina's margin error at 85% confidence interval: E=1.96*sqrt (p(1-p)/100) = 0.196 sqrt (1(1-p))
Mathew's margin error at 99% confidence interval: E= 2.58*sqrt (p(1-p)/400) = 0.129 sqrt (p(1-p))
Since both obtained same estimate of proportion (that is, value of p), it can be seen that Mathew's estimate will have a small error (That is, 0.129 is smaller than 0.196). This can be attributed to larger sample size although a wider confidence (99%) interval was considered.
Answer:
its 68mm
Step-by-step explanation:
