The area of the metal part, or the shaded region shown is 10x + 45.
= 10x + 45
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Answer:
The area of the metal part or shaded area is S=10x+45.
Step-by-step explanation:
The shaded area can be calculated substracting the little square area (the hole) from the big square area (the original metal part).
This is:
The area of the metal part or shaded area is S=10x+45.
Answer:
4%
Step-by-step explanation:
264 interest/3 years=88 interest/year
principal x interest rate =interest/year
2200 x interest rate =88
interest rate =88/2200
interest rate =.04 or 4%
How do you identify the center and radius of a circle?
How do you define the radian measure of an angle?
How are arc length and area of a sector related to proportionality?
Answer:
How do you derive the equation of a circle?
you can reverse the circle formula
How do you identify the center and radius of a circle?
You can identify the center because it is the middle of the circle and the radius can be draw from the center to the round part.
How do you define the radian measure of an angle?
it is the ratio of the length of the arc the angle forms÷the radius of the circle
How are arc length and area of a sector related to proportionality?
sector x radian
area = (r^2 x)/2
arc length = r x
they are not propotional
because Area / arc length = r/2 , (it's not a constant)
High Hopes
Barrii
The formula for the kinetic energy is:
Ke = 0.5mv^2
Where ke is the kinetic enrgy
M is the mass
V is the velocity
Ke = 0.5mv^2
12.5 = 0.5(1) v^2
Solve for v
V = 5 m/s
Potential energy, pe = mgh
Where m is mass
G is accelearation due to gravity 9.8 m/s2
H is the height
98 = (1)(9.8) h
H = 10 m
By maximizing the amount of cheaper nuts and minimizing the amount of expensive nuts, the manufacturer should use a mix of 50% peanuts, 40% cashews, and 10% almonds. The profit per can will be $1.87, closest to $1.77 out of the given choices.
This problem involves linear programming, and it is a problem of maximizing profit under given constraints. The proportions of nuts can be found using optimization techniques that are usually covered in calculus or advanced algebra classes, but a quick answer can be given here by considering the cost of each type of nut.
The manufacturer should maximize the amount of the cheapest nuts in the mix to increase the profit. So, they should fill the can with 50% peanuts ($0.55 per lb), 40% cashews ($1.20 per lb), and 10% almonds ($2.75 per lb) to meet the minimum requirement for almonds and maximum constraints for peanuts and cashews. The average cost of this mix per pound will be (0.5x0.55)+(0.4x1.2)+(0.1x2.75) which equals $1.025 per lb. If the can costs $0.10, the total manufacturing cost per can becomes $1.125.
If the nut mix is sold at $3.00, the profit per can will be $3.00 - $1.125 which equals $1.87. This is closer to $1.77. Therefore, the answer should be $1.77 if we consider rounding to the closest number. Note that we can't fill a full can because the total proportion is already 100%, but we have ignored the volume taken up by the can itself in this calculation.
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Answer:
Nut
Step-by-step explanation:
Answer:
x = 25
Step-by-step explanation:
Those 2 angles together form a straight line which is equal to 180°. So you can set up an equation:
3x + 18 = 93
-18 -18
3x = 75
Divide both sides by 3
x = 25
The required value of the quadratic function which is determined by the using quadratic formula would be which is the correct answer would be an option (B).
The quadratic function is defined as a function containing the highest power of a variable is two.
We have been given that quadratic function as
5x = 6x² – 3
⇒ 6x² - 5x - 3 = 0
Compare the given function to the standard quadratic function
f(x) = ax² + b x + c = 0.
We get a = 6, b = -5 and c = -3
Using the quadratic formula to solve the above quadratic function
Substitute the values of a = 6, b = -5 and c = -3 in the quadratic formula
Therefore, the correct answer would be an option (B).
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Answer:
The answer is B
Step-by-step explanation: