The weights on the right pan are one large weight, two medium weights, and one small weight. What is the total weight?

Here are the solutions to your questions. QUESTION 15 Step 1: Identify the values of the weights on the right pan. One large weight: 100 g Two medium weights: 10 g each, totaling 2 × 10 g = 20 g One small weight: This weight is not explicitly labeled, but it appears to be a standard small weight. Given the options, let's consider it as 1 g. Step 2: Read the value from the rider on the beam. The rider on the front beam is positioned at the $0.3

The weights on the right pan are one large weight, two medium weights, and one small weight. What is the total weight?

Here are the solutions to your questions. QUESTION 15 Step 1: Identify the values of the weights on the right pan. One large weight: 100 g Two medium weights: 10 g each, totaling 2 × 10 g = 20 g One small weight: This weight is not explicitly labeled, but it appears to be a standard small weight. Given the options, let's consider it as 1 g. Step 2: Read the value from the rider on the beam. The rider on the front beam is positioned at the $0.3

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Here are the solutions to your questions.

QUESTION 15

Identify the values of the weights on the right pan.
- One large weight: $100 \, \text{g}$
- Two medium weights: $10 \, \text{g}$ each, totaling $2 \times 10 \, \text{g} = 20 \, \text{g}$
- One small weight: This weight is not explicitly labeled, but it appears to be a standard small weight. Given the options, let's consider it as $1 \, \text{g}$ .
Read the value from the rider on the beam.
- The rider on the front beam is positioned at the $0.3 , \

The weights on the right pan are one large weight, two medium weights, and one small weight. What is the total weight?

Step-by-step solution

Identify the values of the weights on the right pan.

Read the value from the rider on the beam.

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