The caterer’s fixed cost and the rate per student served is $6 and $150
This method is actually called method of elimination to solve a system of linear equations.
We make one specific variable's coefficients of equal magnitude so that we can subtract or add the equations and eliminate that variable to make it easy to get the value of the other variable which will then help in getting the value of the first variable (if working in dual variable system).
If we have equations:
then, if we want to eliminate variable x, then we have to multiply equation 1 with
which will make coefficient of x in first equation as
Then adding both equation will eliminate the variable x.
Given;
Cost of 100 students= $750
Cost of 150 students= %1050
Let the fixed cost of caterer be x
and the cost per student be y
x+100y=750...(1)
x+150y=1050...(2)
solving the above equations;
50y=300
y=6
x=750-600=150
The fixed cost is $150, while the per-student cost is $6.
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Step-by-step explanation:
the price charged for 100 students reflects the cost per student that applies to the order as a whole.
100 * 6 = $600, so the fixed cost is 750-600 = 150.
...
We can check this by substituting in the other equation.
Does 150*6 + 150 = 1050?
150*6=900
900+150 = 1050.
Yes, it does
...
We can express this relationship by the equation:
y = mx + b
where
y = total cost
m = $6 per student
x = number of students
b = fixed costs = 150
y = 6x + 150
Answer:
9^8
Step-by-step explanation:
9²•9⁶ = 9^(2+6) = 9^8
Answer:
IF the 6 is negative : · then the answer is 1/
If the 6 is positive then the answer is
Step-by-step explanation:
Exponents are add when their bases are similar.
A.
D.
B.
E.
C.
Answer:
B & D
Step-by-step explanation:
Volume is calculated as:
For (a):
For (b):
For (c):
For (d):
There's no need to check for (e)
Option b and d answers the question
Using the volumeof a rectangularprismto examine the volumesof the prism,the two prisms with a volumeof 36cm³are Band D
Recall:
PrismA:
Volume = 3cm × 5cm × 4cm = 60cm³
Prism B :
Volume = 3cm × 3cm × 4cm = 36 cm³
Prism C :
Volume = 4cm × 3cm × 2cm = 24 cm³
Prism D :
Volume = 2cm × 6cm × 3cm = 36 cm³
Prism E :
Volume = 4cm × 2cm × 2cm = 16 cm³
Hence, the two rectangularprismswith a volumeof 36cm³are Band D.
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The length of AC found using the Pythagorean Theorem is C) 120.
The length of AC can be found using the Pythagorean Theorem. The Pythagorean Theorem states that in a right triangle, the square of the hypotenuse is equal to the sum of the squares of the other two sides. In this case, the hypotenuse is AC, and the other two sides are AB and BC.
AB = 60 units
BC = 80 units
Plugging these values into the Pythagorean Theorem, we get:
= +
= +
= 3600 + 6400
= 10000
AC = (10000)
AC = 100 * (10)
AC = 120 units
Therefore, the length of AC is C) 120.
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Answer:
( 5 , 10 )
Step-by-step explanation:
Solution:-
- There are two ships, A and B, currently located by their respective coordinates in the cartesian coordinate system:
Position of ship A: ( - 1 , -2 )
Position of ship B: ( -4 , 1 )
- Both ships try to locate a lifeboat. The spotlights used by each ship are modelled as straight line functions of cartesian coordinate originating from their respective ships.
- Spot lights for each ship were able to locate the same lifeboat. The respective spotlights are modelled by the following functions:
Spotlight Ship A: y = 2x
Spotlight Ship B: y = x + 5
- To locate the position of the lifeboat with respect to the origin ( 0 , 0 ) we will use the spotlight model functions and equate them. This is because the spotlights must converge or meet at the position of lifeboat provided the lifeboat is found by both ships.
- Therefore,
Spotlight A = Spotlight B
y = 2x = x + 5
2x = x + 5
x = 5 , y = 10
Answer:The two spotlight meet at the coordinates ( 5 , 10 ). This is also the position of the lifeboat located by both the ships.
Answer:
1 and 2/4
or 2
Step-by-step explanation:
Answer:
89
Step-by-step explanation: