PLEASEEEEEEEEEEE HELP MEH WILL GIVE BRAINLIST PLEASEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEEE HURRYYYYYYYYYY

Answer:

0.50 cents

Step-by-step explanation:

If we're going to need the price for 1, we're going to need to divide. So, with the known information, we take 5$ (or 5.00$) and divide it by 10 hamburgers to get your quotient of .50 cents . If I'm wrong, please don't be afraid to correct me. And have a good day stranger!

Answer:

-42

Step-by-step explanation:

You have to To subtract the fractions, then find the Least common denominator (LCD) and then combine.

pls brainliest Hope this helps have a nice day :>

\(\boldsymbol{(-1-3^{2})-\dfrac{4^{3} }{2} }\)

Calculates 3 to the power of 2 and gets 9.

\(\boldsymbol{-1-9-\dfrac{4^{3} }{2} }\)

Subtract 9 from −1 to get −10.

\(\boldsymbol{-10-\dfrac{4^{3} }{2} }\)

Calculates 4 to the power of 3 and gets 64.

\(\boldsymbol{-10-\dfrac{64}{2} }\)

Divide 64 by 2 to get 32.

\(\bf{-10-32 }\)

Subtract 32 from −10 to get −42.

\(\bf{-42 \ \ \to \ \ \ Answer}\)

Answer:

If Andres asks for a random selection of 12 cupcakes, the Probability of choosing:

a)exactly 6 red velvet?

The probability that 6 will be red velvet = 6/12 x 14.3% = 7.2%

(b)exactly 3 each of 4 different kinds?

Since 3 x 4 = 12

The probability that the 12 will be 3 each from 4 different kinds

= 14.3%

(c)no lemon?

Probability of getting a lemon cupcake = 1/7 = 14.3%

Therefore, probability of not getting a lemon cupcake = 100% - 14.3% = 85.7%

(d)at least 1 German chocolate and at least one chocolate raspberry?

The probability of at least 2 being 1 German and 1 chocolate raspberry

= 2/12

= 16.67%

Step-by-step explanation:

a) Probability of each kind of Cupcake

Kind of Cupcakes         Quantity  Probability

chocolate raspberry      12            14.285%

strawberry shortcake    12            14.3%    

red velvet                       12            14.3%

funfetti                            12            14.3%

lemon                             12            14.3%

German chocolate         12            14.3%

chocolate caramel         12            14.3%

b) The probability of choosing a kind of cupcake is the chance that, for example, a strawberry cupcake is chosen instead of the other six kinds.  It expresses the opportunity that an event has in happening out of many other events that could have happened.

Answer:

can be sold for a total of $100

Step-by-step explanation:

We can do this, 8+12=20

20x5=100

So, we have to do...

20x5=100$

That means, that there can be 5 Tickets of Adults sold and 5 Tickets of children sold in total for 100 dollars.

Thanks!

Mark me brainliest!

~\(FieryAnswererGT\)~

20,000 ten thousand equals 2000 Hundred thousand.

As per the question statement, we are provided with a value: "20,000 ten thousand".

We are required to calculate how many hundred thousand are equal to 20,000 ten thousand.

To solve this question, let us first write down 20,000 ten thousand into the numerical format, i.e, \((20000*10,000)=200000000\).

As we know, a hundred thousand when written down in the numerical format becomes 100,000, let us assume that 20,000 ten thousand equals to "x" number of Hundred thousand.

Therefore, we can form a linear equation in one variable "x" based on the condition, in the above-mentioned statement, which goes as  \((100,000*x)=200000000\)

\(or, (100,000x)=200000000\\or,x=\frac{200000000}{100,000}\\or,x=\frac{2*10^{8} }{10^5\\}or,x=(2*10^3)\\or,x=2000\)

Hence, 20,000 ten thousands equals 2000 Hundred thousands.

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Answer:

136

Step-by-step explanation:

While there is no picture for this question, I was able to find this question online, so that should be the correct answer.

The large jar has better value for money than the smaller one.

To see which jar is the best value for the money, we need to take the quotient between the cost of each jar and the size. The smaller that value gets, the best value we have.

For the first jar we have:

q = £4.10/540 = 0.0075

For the second jar we have:

q' = £2.81/360 = 0.0078

Then we can see that the large jar has the best value for money.

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You're answer is (A) The cosine law only

Law of cosines signifies the relation between the lengths of sides of a triangle with respect to the cosine of its angle.

Answer:  The correct answer is (#1) the cosine law only.

Step-by-step explanation:  Confirmed correct.

The joint probability mass function given by PX, Y(a, b) = {1/4a, for 1≤ b≤a≤4, otherwise is indeed a joint probability mass function because the sum of all the joint probabilities is equal to 1.

To find the marginal probability mass function of X, we need to sum the joint probabilities over all possible values of Y:

PX(a) = ∑ PX, Y(a,b) = ∑ (1/4a) = 1/4

To find the marginal probability mass function of Y, we need to sum the joint probabilities over all possible values of X:

PY(b) = ∑ PX, Y(a,b) = ∑ (1/4a) = 1/4

To find P(X = Y + 1), we need to find the joint probability of X = a and Y = a-1, where a = 2,3.

P(X = Y + 1) = PX, Y(2,1) + PX, Y(3,2) = (1/42) + (1/43) = 1/4 + 3/12 = 5/12

So the probability that X is one more than Y is 5/12.

It's important to note that the given joint probability mass function is valid as it satisfies the non-negativity and the condition of summing to 1.

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the length of the rope is approximately 11.9 feet.

What is right angle triangle?

The term "right-angled triangle" refers to any triangle with an internal angle that is either a right angle or 90 degrees in value. The right triangle or the 90-degree triangle are other names for this triangle because of this. Right triangles have "opposite" and "adjacent" sides, which refer to the sides that are across from and next to respective angles, respectively. When a right triangle is formed, the hypotenuse is its longest side.

We can consider the flagpole, the ground, and the rope as forming a right triangle. The angle between the flagpole and the rope is 90 degrees, and the angle between the rope and the ground is 35 degrees. Therefore, the angle between the flagpole and the ground is 90 - 35 = 55 degrees.

Let's call the length of the rope "r". We can use the trigonometric function tangent to find r:

tan(35°) = opposite/adjacent = r/20

Multiplying both sides by 20, we get:

r = 20 tan(35°)

Using a calculator, we get:

r ≈ 11.9 feet

Therefore, the length of the rope is approximately 11.9 feet.

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Complete Question

The complete question is shown on the first uploaded image

Answer:

The  value is   \(T = 51 \ inches \)

Step-by-step explanation:

 From the diagram we can obtain the the height of T  as follows

      \(T = \frac{60 + 42 }{2}\)

Answer:

51 inches

Step-by-step explanation:

By definition of midpoint, 42 through T + T through 60 is congruent to each other.

So, we can add 42+60 together to get the total distance. This is 102.

Next, we divide 102 by 2 because as mentioned since T is the midpoint, each "segment" is exactly 2 halves, they are congruent to each other.

102/2= 51 inches.

hope that helped :)

You will go down 7 and shifts left twice

Thus, the value of x and y for the given right angled triangle are found as:   x = 8 and y = 2√3.

The Pythagorean Theorem, a well-known geometric principle that states that the square just on hypotenuse (the side across from the right angle) of a right triangle equals the sum of the squares on its legs, is also known as the

a² + b² = c².

For the larger triangle, applying Pythagorean theorem:

4² + (4√3)² = x²

x² = 16 + 16*3

x² = 16 + 48

x² = 64

x = 8

Then, x - 6 = 8 - 6 = 2

Now applying Pythagorean theorem for smaller triangle:

y² + (x - 6)² = 4²

y² =  4² - 2²

y² =  16 - 4

y² =  12

y² =  √12

y = 2√3

Thus, the value of x and y for the given right angled triangle are found as:   x = 8 and y = 2√3.

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Answer:

13.27 cm

Step-by-step explanation:

I am using (xy) to mean the length of the side xy

7^2 + (xy)^2 = 15^2

49 + (xy)^2 = 225

(xy)^2 = 225-49

(xy)^2 = 176

Side (xy) = sqrt(176) = 13.2664991614 = 13.27 cm

Answer:

$617.25

Step-by-step explanation:

$617.25 Because, $310.50(tips) + $306.75(hourly wage)=$617.25

Answer:$580.50

Step-by-step explanation:

:)

The additional information would allow you to prove the quadrilateral is a parallelogram according to the minimum criteria is

EJ ≅ GJ. Option A

We need to know the properties of a parallelogram, we have;

We know that FJ  ≅ JH, it's given by the marks, now if it were to happen that EJ ≅ GJ, that would mean that the diagonals on that quadrilateral are bisecting each other, and if that's so, then the quadrilateral it's indeed a parallelogram.

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The complete question:

What additional information would allow you to prove the quadrilateral is a parallelogram according to the minimum criteria?

A)

ej ≅ gj

B)

ej || gj

C)

fg || eh

D)

ef ≅ hg

Answer:

The doomsday is 146 days

Step-by-step explanation:

Given

\(\frac{dy}{dt} = ky^{1 +c}\)

First, we calculate the solution that satisfies the initial solution

Multiply both sides by

\(\frac{dt}{y^{1+c}}\)

\(\frac{dt}{y^{1+c}} * \frac{dy}{dt} = ky^{1 +c} * \frac{dt}{y^{1+c}}\)

\(\frac{dy}{y^{1+c}} = k\ dt\)

Take integral of both sides

\(\int \frac{dy}{y^{1+c}} = \int k\ dt\)

\(\int y^{-1-c}\ dy = \int k\ dt\)

\(\int y^{-1-c}\ dy = k\int\ dt\)

Integrate

\(\frac{y^{-1-c+1}}{-1-c+1} = kt+C\)

\(-\frac{y^{-c}}{c} = kt+C\)

To find c; let t= 0

\(-\frac{y_0^{-c}}{c} = k*0+C\)

\(-\frac{y_0^{-c}}{c} = C\)

\(C =-\frac{y_0^{-c}}{c}\)

Substitute \(C =-\frac{y_0^{-c}}{c}\) in \(-\frac{y^{-c}}{c} = kt+C\)

\(-\frac{y^{-c}}{c} = kt-\frac{y_0^{-c}}{c}\)

Multiply through by -c

\(y^{-c} = -ckt+y_0^{-c}\)

Take exponents of \(-c^{-1\)

\(y^{-c*-c^{-1}} = [-ckt+y_0^{-c}]^{-c^{-1}\)

\(y = [-ckt+y_0^{-c}]^{-c^{-1}\)

\(y = [-ckt+y_0^{-c}]^{-\frac{1}{c}}\)

i.e.

\(y(t) = [-ckt+y_0^{-c}]^{-\frac{1}{c}}\)

Next:

\(t= 3\) i.e. 3 months

\(y_0 = 2\) --- initial number of breeds

So, we have:

\(y(3) = [-ck * 3+2^{-c}]^{-\frac{1}{c}}\)

-----------------------------------------------------------------------------

We have the growth term to be: \(ky^{1.01}\)

This implies that:

\(ky^{1.01} = ky^{1+c}\)

By comparison:

\(1.01 = 1 + c\)

\(c = 1.01 - 1 = 0.01\)

\(y(3) = 16\) --- 16 rabbits after 3 months:

-----------------------------------------------------------------------------

\(y(3) = [-ck * 3+2^{-c}]^{-\frac{1}{c}}\)

\(16 = [-0.01 * 3 * k + 2^{-0.01}]^{\frac{-1}{0.01}}\)

\(16 = [-0.03 * k + 2^{-0.01}]^{-100}\)

\(16 = [-0.03 k + 0.9931]^{-100}\)

Take -1/100th root of both sides

\(16^{-1/100} = -0.03k + 0.9931\)

\(0.9727 = -0.03k + 0.9931\)

\(0.03k= - 0.9727 + 0.9931\)

\(0.03k= 0.0204\)

\(k= \frac{0.0204}{0.03}\)

\(k= 0.68\)

Recall that:

\(-\frac{y^{-c}}{c} = kt+C\)

This implies that:

\(\frac{y_0^{-c}}{c} = kT\)

Make T the subject

\(T = \frac{y_0^{-c}}{kc}\)

Substitute: \(k= 0.68\), \(c = 0.01\) and \(y_0 = 2\)

\(T = \frac{2^{-0.01}}{0.68 * 0.01}\)

\(T = \frac{2^{-0.01}}{0.0068}\)

\(T = \frac{0.9931}{0.0068}\)

\(T = 146.04\)

The doomsday is 146 days

Answer:

x = (-5,10)

Step-by-step explanation:

Answer:

x=22/7

Step-by-step explanation:

4x-12+x=-2x+10

5x-12=-2x+10

5x=-2x+10+12

5x=-2x+22

5x+2x=22

7x=22

x=22/7

The weight of a basket containing 60 apples was 3 1/5 kg. An identical basket containing 40 apples weighed 2 and a half kilograms. It weighs 150 pounds.

The typical weight of an apple ranges from 150 g to 250 g. A 10 g error was discovered in the weight of each apple. The average weight of apples is calculated by dividing the total number of apples by the actual weight of the apples. Consequently, 10 apples actually weigh 62 g on average. As an apple is rather little, the measurement should be in grams.

Apples have a high fiber content. About 4 grams, or 17% of the Daily Value, of this vitamin may be found in a single medium-sized apple (100 grams) (DV). We divide the mass of the element in 1 mole of the compound by the compound's molar mass and multiply the result by 100 to determine the mass percent of the element in the compound.

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The total principal and interest payment that Nelson will have to pay after 2 months is $4665.50.

To calculate the total principal and interest payment, we need to determine the interest amount and add it to the principal.

First, let's find the interest amount:

Interest = Principal x Interest Rate x Time

Given:

Principal = $4650

Interest Rate = 2% per year

Time = 2 months

Since the interest rate is given on an annual basis, we need to convert the time from months to years. There are 12 months in a year, so 2 months is equivalent to 2/12 = 1/6 years.

Interest = $4650 x 0.02 x (1/6) = $15.50

Now, we can calculate the total principal and interest payment:

Total Payment = Principal + Interest

Total Payment = $4650 + $15.50 = $4665.50

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Answer:

0.13

0.24

Step-by-step explanation:

please mark as brainlist

Answer:

0.13

0.24

Step-by-step explanation:

Answer:

656

Step-by-step explanation: