The correct answer is:
A) line MN is congruent to line PR.
Explanation:
We are told that MNO is congruent to PQR. Using this congruence statement, corresponding parts of the triangles are congruent. This means that line MN would be congruent to line PQ, not line PR.
Answer:
a- line MN is congruent to line PR.
Step-by-step explanation:
It is given Δ MNO ≅PQR.
In congruent triangles corresponding sides and corresponding angles are same .
Hence
< M≅<P ,
Line NO= Line QR.
<N≅<Q.
Line MN≅Line PQ.
Among the given options options b,c,d are correct except option a.
We can NOT conclude as being true.. a- line MN is congruent to line PR
5x^2 + 13x - 6
Answer:
I think it's 7000 mg because 1 gram equals to 1000 milligrams and so well if 1 gram equals to 1000 so 7 gram would be more and we have to multiply 1000 by 7 which give us 7000
Answer:
7000 mg
Step-by-step explanation:
to convert grams into milligrams you have to multiply by 1000, 7 times 1000 is 7000
There are no 858585 minutes between 3:27 PM and 5:45 PM when Payton's family eats dinner, as this would mean that Payton goes on over 596 day bike ride, which is unrealistic.
The question would be realistic, if it was:
Payton leaves to go on an 85 minute bike ride at 3:27 PM.
Payton's family eats dinner at 5:45 PM. How much time will Payton have between finishing her bike ride and eating dinner?
Answer:
Payton has 53 minutes between finishing her bike ride and eating dinner
Step-by-step explanation:
- Payton rides for 85 minutes.
If she starts by 3:27 PM, she would finish by 4:52 PM.
- Dinner is by 5:45 PM.
We are required to find how much time is between 4:52 PM and 5:45 PM.
Subtract:
.........H...............M
.........05............45
.........04............52
.................................
.........00............53
Payton has 53 minutes
Answer:
Step-by-step explanation:
Guven:
Time of bike ride = 3:27 PM
Time of dinner = 5:45 PM
Bike ride = 85 minutes
Time that bike ride ended = 3:27 + 85
= 3:27 + 1:25
= 4:52 PM
duration left between after the ride and dinner time = 5:45 - 4:52
= 45 + 8 minutes
= 53 minutes
The specified formula y = (x-1)(4x+2)A linear function, -4x² has a constant term of -2 and a linear term of 2x.
To determine whether the function y = (x-1)(4x+2)-4x^2 is linear or quadratic, we can analyze the equation and identify its terms.
Start with the equation:
y = (x-1)(4x+2)-4x²
Expand the equation by multiplying the terms:
y = 4x² + 2x - 4x - 2 - 4x²
Simplifying further,
y = 2x - 2.
Analyzing the equation, we can see that there is no x² term. This indicates that the function is linear.
Let's identify the terms of the equation:
Quadratic term: There is no x² term in the equation.
Linear term: The linear term is 2x.
Constant term: The constant term is -2.
Therefore, the given function y = (x-1)(4x+2)-4x² is a linear function with a linear term of 2x and a constant term of -2.
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