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3 years ago

12

2x +1 = 7 -Z | -1 = [?] = 2x 3

1 answer:

enot [183]3 years ago

8 0

Answer: nop

Step-by-step explanation:

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Quadrilateral AGHY~Quadrilateral BFRS. Name the corresponding congruent angles and the corresponding ratios of the sides

bixtya [17]

If q<span>uadrilateral AGHYis congruent to quadrilateral BFRS, then
</span>
$\angle A\sim \angle B$ ,
$\angle G\sim \angle F$ ,
$\angle H\sim \angle R$ ,
$\angle Y\sim \angle SB$
and
$AG\sim BF$ ,
$GH\sim FR$ ,
$HY\sim RS$ ,
$AY\sim BSF$ .

6 0

3 years ago

(20 POINTS)which equation best matches the model of the sum of the fraction

Lady_Fox [76]

I believe the correct answer is:

4/4 + 3/4 + 2/4 = 9/4 (The one in the bottom right corner)

I hope this helps! :D

8 0

3 years ago

The number of bacteria in a refrigerated food product is given by N ( T ) = 27 T 2 − 180 T + 100 N(T)=27T2-180T+100, 7 < T &l

NeX [460]

Answer:

$N(T(t))=432t^2-374.4t-118.88$

The number of Bactria after 5.8 hours is 12242.

Step-by-step explanation:

The number of bacteria in a refrigerated food product is given by

$N(T)=27T^2-180T+100$

where, T is the temperature of the food.

When the food is removed from the refrigerator, then the temperature is given by

$T(t)=4t+1.6$

We need to find the composite function N(T(t)).

$N(T(t))=N(4t+1.6)$

$N(T(t))=27(4t+1.6)^2-180(4t+1.6)+100$

$N(T(t))=432t^2+345.6t+69.12-720t-288+100$

$N(T(t))=432t^2-374.4t-118.88$

where N(T(t)) is the number of bacteria after t hours.

Substitute t=5.8 in the above function.

$N(T(5.8))=432(5.8)^2-374.4(5.8)-118.88$

$N(T(5.8))=14532.48-2290.4$

$N(T(5.8))=12242.08$

$N(T(5.8))\approx 12242$

Therefore, the number of Bactria after 5.8 hours is 12242.

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4 years ago

The length of a pole is to be 6.5ft. The actual length of the pole may vary by as much as 0.02ft. Write an absolute value inequa

Airida [17]

Thank you for posting your question here at brainly. I hope the answer will help you. Feel free to ask more questions here.

|x - 6.5| < 0.02 ft is the <span>absolute value inequality for the possible lengths of the pole.</span>

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4 years ago

For ten school days the numbers of bikes parked at a school bike rack are 10,12,8,11,13,9,2,1,9, and 12

kumpel [21]

0

Step-by-step explanation:

for this question is not even possible

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3 years ago