14.2 is the nearest tenth
Answer:
beginning inventory is $245000
Step-by-step explanation:
Given data
ending inventory = $150,000
purchased additional inventory = $375,000
goods sold = $470,000
to find out
beginning inventory
solution
according to question beginning inventory is calculated by this formula i.e.
beginning inventory = ( cost of goods sold + ending inventory ) - amount of inventory purchase .....................1
now put all value cost of goods sold, ending inventory and amount of inventory purchase in equation 1 and we get beginning inventory
beginning inventory = ( cost of goods sold + ending inventory ) - amount of inventory purchase
beginning inventory = ( 470000 + 150000 ) - 375000
beginning inventory = 245000
so beginning inventory is $245000
Answer:
you can obviously round the -2.9 to -3, check they distributed -3 to one and thats the answer!
For the first question, the region is a bit ambiguous.
and
intersect three times, and there are two regions between them. So either you're approximating
or
I'll assume the second case. Split the interval into 4 smaller ones, taking
with respective midpoints of
. The length of each interval is
. Note that I'm also assuming you are supposed to use equally spaced intervals.
Skipping the second one since I already answered it.
For the third, split up the region of integration at some arbitrary constant
between
and
, then differentiate and apply the fundamental theorem of calculus.
Since
, it follows that
is constant.
Answer:
Step-by-step explanation:
Jalen lost 12 pounds in the first 3 weeks
12/3=4 per week
than the weight loss slowed by half, meaning he lost 6 pounds in 3 weeks
6/3=2 per week
84-12=72 to loose after 3 weeks
72/2=36 weeks
to loose 84 pounds you need 3+36=39 weeks
for 100 lbs
100-12=88
88/2=44
44+12=56 weeks