Answer:
-2 is the slope of the line. (rise over run)
Factors of 21:
3,7
factors of 30: 2,
3, 5, 6 10, 15
3 is the <span>largest number that could be divided into the integers
GCF is </span>
Answer:
$58,000
Step-by-step explanation:
To solve this problem we first find cost of 1 blouse
then find cost of 2000 blouses.
cost of 1900 blouses = $55,100
to find cost of 1 blouse , divide both LHS and RHS by 1900
cost of 1900/1900 blouses = $55,100/1900 = $29
cost of 1 blouse = $29
to find cost of 2000 blouses, multiply both side by 2000
cost of 1*2000 blouse = $29*2000 = $58,000
Thus, cost of 2000 blouses will be $58,000.
Given:
one person can produce:
E = <span>300 BTUs of body heat per hour
dimensions of the bedroom is:
V = </span><span>15 ft × 12 ft × 10 ft
required: is the energy per volume if 2 persons sleeps in 7 hours
let T be the total energy produce per volume
T = (</span><span>300 BTU per hour per person) ( 7 hours) ( 2 person) / ( </span> <span>15 ft × 12 ft × 10 ft)
T = 2.3 BTU / ft^3</span>
It is a for sure.
The addition will be about 4,79
