If your bridge weight is 10g. What is the maximum weight in lbs that your bridge can hold with a bridge efficiency= 6000.

The maximum weight in lbs that your bridge can hold is 60 lbs. This is calculated by multiplying the bridge weight (10g) by the bridge efficiency (6000) to get the total weight capacity (10g x 6000 = 60,000g). Since 1 lb = 453.59g, the total weight capacity in lbs is 60,000g / 453.59g = 60 lbs.

To determine the maximum weight in pounds that your bridge can hold, you need to multiply the bridge weight by the bridge efficiency.

First, convert the bridge weight from grams to pounds. Since 1 pound is equal to 453.592 grams, divide the bridge weight (10g) by 453.592 to convert it to pounds.

10g / 453.592 = 0.022 lbs (rounded to 3 decimal places)

Next, multiply the converted bridge weight by the bridge efficiency.

0.022 lbs * 6000 = 132 lbs

Therefore, the maximum weight in pounds that your bridge can hold is 132 lbs.

To find the maximum weight in lbs that your bridge can hold, we need to first understand what is meant by "bridge efficiency = 6000". Typically, bridge efficiency refers to the ratio of the load-carrying capacity of the bridge to its own weight.

In this case, if the bridge efficiency is given as 6000, it means that your bridge is designed to support a load that is 6000 times its own weight. Since the weight of your bridge is given as 10g, we can calculate the maximum weight your bridge can hold in lbs using the following steps:

Step 1: Convert the bridge weight from grams to pounds.
1 pound (lb) is approximately equal to 453.592 grams (g). Therefore, dividing the weight of your bridge (10g) by 453.592 will give us the weight of the bridge in pounds.

10 g / 453.592 g/lb = 0.02205 lb (approximately)

So, the weight of your bridge is approximately 0.02205 lb.

Step 2: Multiply the bridge weight by the bridge efficiency to find the maximum weight your bridge can hold.
Multiply the weight of your bridge (0.02205 lb) by the bridge efficiency (6000) to get the maximum weight in lbs that your bridge can hold.

0.02205 lb * 6000 = 132.3 lb (approximately)

Therefore, the maximum weight that your bridge can hold is approximately 132.3 lbs.