TRIAL 1
A. )
Bag A + 6 stones
Mass (kg) - 0.037 kg
Mass of weight hanger + slotted weights - 210 g/ 0.21kg
Tension 1 (N) - ??
Acceleration (m/s2) - ??
B. )
Bag B + 4 stones
Mass (kg) - 0.08
Mass of weight hanger + slotted weights - 210 g/ 0.21kg
Tension 1 (N) - ??
Acceleration (m/s2) - ??
Tension 2 (N) - ??
C. )
Bag C + 2 stones
Mass (kg) - 0.074
Mass of weight hanger + slotted weights - 210 g/ 0.21kg
Tension 1 (N) - ??
Acceleration (m/s2) - ??
Tension 2 (N) - ??
Tension 3 (N) - ??
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if you please write it in details so I can do trial 2 and 3 on my own then
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TRIAL 2 - Mass of weight hanger + slotted weights = 0.26kg
Bag A - 6 stones - 0.058g; Tension 1 = ?, acceleration = ?
Bag B - 4 stones - 0.090g; Tension 1 = ?, acceleration = ?, Tension 2 = ?
Bag C - 2 stones - 0.081g; Tension 1 = ?, acceleration = ?, Tension 2 = ?, Tension 3 = ?
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TRIAL 3 - Mass of weight hanger + slotted weights = 0.36kg
Bag A - 6 stones - 0.078g; Tension 1 = ?, acceleration = ?
Bag B - 4 stones - 0.159g; Tension 1 = ?, acceleration = ?, Tension 2 = ?
Bag C - 2 stones - 0.091g; Tension 1 = ?, acceleration = ?, Tension 2 = ?, Tension 3 = ?
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FORMULAS
F=ma
T1 - Tabc = (Mabc)a
T2= ?
T3= ?
T2- Fbc = (Mbc)a
T3 - Fc = (Mc)a
To solve for Tension 1 and acceleration in each trial, you can use Newton's second law, which states that the net force acting on an object is equal to the mass of the object multiplied by its acceleration. In this case, the net force is the difference between the tension force applied to the bag and the force due to the mass of the bag and weights.
Let's break down the steps for each trial:
TRIAL 1:
A.)
1. Calculate the net force acting on the bag by subtracting the force due to the mass of the bag and weights from the tension force:
Net Force = Tension 1 - (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
2. Use Newton's second law to solve for acceleration:
Net Force = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
Solve for acceleration.
3. Use the calculated acceleration to solve for Tension 1:
Tension 1 = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
B.)
1. Calculate the net force acting on the bag by subtracting the force due to the mass of the bag and weights from the tension force:
Net Force = Tension 1 - (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
2. Use Newton's second law to solve for acceleration:
Net Force = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
Solve for acceleration.
3. Use the calculated acceleration to solve for Tension 1:
Tension 1 = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
4. To find Tension 2, use the relationship:
Tension 2 = Force due to mass of bag and weights - (Mass of bag and weights) * acceleration
C.)
1. Calculate the net force acting on the bag by subtracting the force due to the mass of the bag and weights from the tension force:
Net Force = Tension 1 - (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
2. Use Newton's second law to solve for acceleration:
Net Force = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
Solve for acceleration.
3. Use the calculated acceleration to solve for Tension 1:
Tension 1 = (Mass of bag + Mass of weight hanger + slotted weights) * acceleration
4. To find Tension 2, use the relationship:
Tension 2 = Force due to mass of bag and weights - (Mass of bag and weights) * acceleration
5. To find Tension 3, use the relationship:
Tension 3 = Force due to mass of weights only - (Mass of weights only) * acceleration
You can follow a similar approach for TRIAL 2 and TRIAL 3 by substituting the given values for the mass of the weight hanger + slotted weights and the mass of the bags in the respective formulas. Repeat the steps for each bag for each trial.