PLEASE HELP! URGENT Help with 6 & 7 please! Leave a explanation. Thanks :)

Mathematics

2 answers:

krok68 [10]3 years ago

8 0

Answer:

3,000,000

Step-by-step explanation:

timurjin [86]3 years ago

8 0

#6) He gets 1.5 percent commission on total contracts and then an additional 2.5 percent on anything over 1.5 million.

Since his total contracts is 2,555,500,

He gets 1.5 percent of that, plus 2.5 percent of "2,555,500 - 1,500,000" which is 1,055,500

So his total pay is:

0.015*2,555,500 + 0.025*1,055,500 = $64,720

#7) Tobias earns $1,959 per month plus 6.3% commission on sales. So let "s" be sales. His monthly earnings can be calculated by:

1,959 + 0.063s

In order for this amount to be $2,784.84, we need to solve:

1,959 + 0.063s = 2,784.84

Solve:

0.063s = 825.84

s = $13,108.57143

or $13,108.57

You might be interested in

Over the interval 2 to 4 by how much does the function increse

gulaghasi [49]

The answer is 2 because two plus two equals 4 and 4-2=2 so the answer is 2. Hope this could help a lot and this was a useful answer

3 0

3 years ago

How you does this you how to fine what equal one

miskamm [114]

7/16 + 3/8 + Blank = 1
7/16 + 6/16 + 3/16 = 1
convert 3/8 to 6/16 then add 7+6 which = 13
that would be 13/16 then figure out that 13+3 =16 so 13/16+3/16= 16/16 or 1

6 0

3 years ago

"Suppose an object falling in the atmosphere has mass m=15kg and the drag coefficient is γ=9kg/s. Recall that the differential e

Art [367]

Answer:

a. v(t)= -6.78 $e^{-16.33t}$ + 16.33 b. 16.33 m/s

Step-by-step explanation:

The differential equation for the motion is given by mv' = mg - γv. We re-write as mv' + γv = mg ⇒ v' + γv/m = g. ⇒ v' + kv = g. where k = γ/m.Since this is a linear first order differential equation, We find the integrating factor μ(t)= $e^{\int\limits^ {}k \, dt }$ = $e^{kt}$ . We now multiply both sides of the equation by the integrating factor.