The materials were charged at a loading charge of 80.00% of their cost.
The total charge was $720 and included both the material charge and the labor charge.
The first thing to do is therefore find out the cost of the materials without the labor charge:
<em>= Total cost - labor charge</em>
= 720 - (6 labor hours x 75 per labor hour)
= 720 - 450
= $270
The total cost of materials is $270. To find the material loading charge, use the formula:
<em>= (Total cost of materials - Cost of materials used) / Cost of materials used x 100%</em>
= (270 - 150) / 150 x 100%
= 120 / 150 x 100%
= 80%
In conclusion, the material loading charge was 80.00%.
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Answer:
I believe it's 16. sorry if I'm wrong.
Answer:
1/6
Step-by-step explanation:
the probability of the red die shows a number larger than 3 (P1) = 3/6 = 1/2
the probability of the green die shows a number less than 3 (P2) = 2/6 = 1/3
the probability of both happening = P1 * P2 = (1/2) * (1/3) = 1/6
Answer:
it would be like this
Step-by-step explanation:
-3,0,2,3
please follow me
Change all of the equations to standard form, then place the number without the variable (y-intercept) on the correct spot on the graph for example the number 6 would be graphed on the top (positive) y-axis. Then when your finished doing that place the number with the variable or just the individual variable as a slope form (rise over run) on the graph, ex: if your slope was 4x you would rise 4 then move to the right 1 bc its 4/1. Your all set.
