The magnitude of the tension on the ends of the clothesline is mathematically given as
T= 47.6194N
<h3>What is the magnitude of the tension on the ends of the clothesline?</h3>
Generally, the equation for AB^2 is mathematically given as
AB² = AQ² +BQ²
Therefore
AB²=5²+32
AB² = 25+9
AB² = 34
AB=√34
sin ∅ = ав AB
Sin∅ = 3 √34
Let T1 and T₂ be tension in AB and BC respectively
The horizontal component of tension. T1 cos∅ = T₂cos ∅
T₁ = T₂
The vertical component of tension
T1 sin∅. + T₂ sin ∅ = mg
Tsin∅+ Tsin∅ = mg
T = mg/2sin∅
T=5*9.82/ 2 sin ∅
T= 47.6194N
In conclusion, the magnitude of the tension
T= 47.6194N
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There are many answers to this, but one answer might be to take away 6 of the other colors. This is because if 12 marbles are to equal 50%, we need the other side to have the same amount of marbles as the blue. And since the other color marbles add up to 18 and not 12, we need to take away six of the other colored marbles to make it 12.
I hope I helped, and if you need more information, please feel free to tell me! :D
Answer: True
Step-by-step explanation:
Answer:
Idk what the answer choices is if there is any
Scientific notation is 8.4 * 10^2
expanded form 840
Answer:
Nicole is correct
Step-by-step explanation:
by multiplying the first equation by 3 it becomes:
3x + 6y =21
this can cancel the -3x in the second equation when adding them together