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Lynna [10]
3 years ago
6

A rectangle has vertices at these coordinates.

Mathematics
2 answers:
kompoz [17]3 years ago
8 0
(6,2) is the fourth vertex
Arte-miy333 [17]3 years ago
4 0

Answer:

The coordinates of the fourth vertex of the rectangle is:

(6,2)

Step-by-step explanation:

We are given three vertices of a rectangle as:

(2,2) , (2,5) , (6,5)

Now, we need to find the fourth vertex of the rectangle.

We find the fourth vertex with the help of the graph.

Clearly after plotting the three points  on the coordinate plane we observe that the fourth vertex of the rectangle is:

(6,2).

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What is. 9r-5r+2+r? ??????????
SpyIntel [72]
If you're simplifying it , it is 5r+2
8 0
3 years ago
Write 11•47 using the distributive property. Then simplify.
Dennis_Churaev [7]
Distributive property :

a (b+c) = ab + bc

Try writing 47 = 50-3  or 47 = 40+7.

11 x 47 = 11 x (50-3) = 11 x 50 - 11 x 3 = 550 - 33 =  517

or 

11 x 47 =  11 x (40+7) = 11 x 40 + 11 x 7 = 440 + 77 = 517
6 0
3 years ago
Please help (10 points)
Montano1993 [528]

Answer:

Y<4

Step-by-step explanation:

8 0
4 years ago
Read 2 more answers
A bacteria culture grows with a constant relative growth rate. After 2 hours there are 400 bacteria and after 8 hours the count
Andru [333]

Answer:

So, the initial population of the bacteria culture is 80.003 and the expression after t hours is P(t)=80.003 e^(0.8047\times t).

Step-by-step explanation:

Given:

A bacteria culture with constant relative rate.

No. of bacteria = 400        Time (t) = 2 hrs

No.of bacteria = 50,000    Time (t) = 8 hrs

Here the growth is exponential.

Formula to be used.

  • P(t)=P_0e^k^t where P(t) = Number of bacteria after time (t).

                                        P_0 = Initial population

According to the question.

P(2)=P_0e^2^k=400                 ...equation (i)

P(8)=P_0e^8^k =50,000            ...equation (ii)

Dividing equation (ii) with (i)

⇒ \frac{P_0e^8^k}{P_0e^2^k} =\frac{50,000}{400}

⇒ e^6^k=125

⇒ (e^k)^6=125

Now using \ln function both sides.

⇒ \ln (e^k)^6=\ln(125)

⇒ 6\ln(e^k)=\ln (125)  using \ln x^a=a\ln x rule

⇒ \ln e^k=\frac{\ln 125}{6}

And from logarithmic rule \ln(e) = 1

⇒ k=\frac{\n 125}{6}

⇒ k=0.8047

Now plugging this k value in any of the equation we can find the initial population.

a)

Then,

P_0(e^0^.^8^0^4^7^\times ^2) = 400

P_0=80.003

The initial population of the bacteria culture is 80.003

b)

Expression for the population after t hours.

P(t)=80.003\times e^0^.^8^0^4^7 ^(^t^)

So, the initial population of the bacteria culture is 80.003 and the expression after t hours is P(t)=80.003 e^(0.8047\times t).

8 0
3 years ago
Can somebody help me with this please!
Vinvika [58]

Answer:

80 degrees

Step-by-step explanation:

the sides add upp to 180 degrees so 180-70-30=80

3 0
3 years ago
Read 2 more answers
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