Answer: Can you tell me how do you want it answered?
Step-by-step explanation:
Answer:
70% Employee at the sports shop work part time.
Step-by-step explanation:
<u>Given Data:</u>
Total Employees = 50
Part-Time Employees = 35
<u>Formula:</u>
Percentage of Part-Time Employees =
(Part-Time Employees/Total Employees) x 100
=(35 / 50) x 100
=(0.7) x 100
= 70
so
The Percentage of Part-Time Employees is 70%.
A proportional change means that for every change in 1 value, it is accompanied by a change in another value that is the same every time. For example, with this, if x=1 then y=2*1=2. If we move x up 1 value to 2, y=2*2=4. Next, if we move x one more value up then 3*2=y=6. As you may notice, y adds up by 2 every time. In addition, you multiply the x value by the same number every time and only that number (no adding anything) and it is therefore a proportional equation
Answer:
1/2
Step-by-step explanation:
We only care about the third coin
we could get heads or tails on the third flip
P (third coin will be heads) = outcome heads / total
=1/2
Answer:
Assuming you want to simplify the expression, it can be shortened to:
-k² - 2k
Step-by-step explanation:
What you need to do here is called grouping like terms. Like terms can be described as terms that have the same factors. In this case, the factors we're looking at are k and k²:
Given:
k - 3k² -3k + 2k²
We'll rearrange to group like expressions:
= -3k² + 2k² + k -3k
Pull out common factors:
= (-3 + 2)k² + (1 - 3)k
And simplify:
= -k² - 2k