From the given data:
Number of items | Probability of being purchased | Average amount spent
--------------------------------------------------------------------------------------------------
2 | 0.35 | $12
3 <span>| 0.17 | $20
</span> 4 <span>| 0.33 | $28
</span> 5 or more <span>| 0.15 | $36
</span>
In a sample space of 100 items being purchased, in a day:
For 2 items: 35 (12) = 420
For 3 items: 17<span> (20) = 340
</span>For 4 items: <span>33 (28) = 924
</span>For 5 or more items: 15<span> (36) = 540
</span>
If this sample trend would go on the for the next two weeks, then the transaction with 4 items would most likely bring in the most income during the said transaction period.
1. y=4x
2. (I am not able to graph it, but here are some points on the line.)
(0,3) (3,6) (5,8) those three should get you to graph a line. When you have these types of problems, make a table. plug in random numbers, that are reasonable, usually 1-6, and plug them into the equation and enter your new y values, then graph the ordered pairs and connect them.
Answer:
A=301.59 yd2
Step-by-step explanation:
A=2πrh+2πr2
Thats the formula
Moving the decimal over by counting the 0's and moving over and if u move it past the the last number you add a decimal and put a 0 if there is not enough to numbers always move to the right
Answer:
The distance in one sweep is 100 cm approximately
Step-by-step explanation:
Here, we want to calculate the distance the wiper covers in one sweep
Mathematically;
we have a structure like an arc of a circle. It is the length of this arc we want to calculate.
The formula for the length of an arc is;
theta/360 * 2 * pi * r
r is the radius which in this case is 50 cm
We have ;
115/360 * 2 * 3.1412 * 50 = 100 cm approximately
