You have an aquarium which holds 8.25 gallons of water and you would like to place it on an antique stand. Before placing the aquarium on the stand, as a precaution, you decide to determine the weight of the water in the aquarium. Determine the weight of water you will be placing in the aquarium
One Gallon is equal to 3.785 Kilograms
Here the water in aquarium is 8.25 gallons
8.25 gallons = 8.25 x 3.875 = 31.96875 Kg
The weight of water placed in aquarium = 31.96875 kg
You have an aquarium which holds 8.25 gallons of water and you would like to place...
While on a camping trip, you would like to carry water from the lake to your campsite. You have two non- identical buckets which you attach to a 1.43 m long rod. Since the buckets are not identical, you find that the rod balances about a point 1.27 cm from its midpoint, as shown below. The weight of the rod and empty buckets are negligible compared to the weight of the water. Which bucket holds more water? bucket 2 1.27...
2 questions thank you If a cylindrical tank holds 1,000 gallons of water, which can be drained from the bottom of the tank in an hour, then Torricelli's Law gives the volume of water remaining in the tank after t minutes as V(t) + 1,000 1 - biossa Find the rate at which the water is flowing out of the tank (the instantaneous rate of change of V with respect to 1) as a function of t. Find an equation...
You have a 5.0 ml sample of a protein in 0.5M NaCI. You place the protein/salt sample inside dialysis tubing and place the bag in a large beaker of distilled water. Your goal is to remove as much NaCI from the sample as possible. Since you know that the final salt concentration will be the same inside the tubing as out, you can calculate the final concentration of the salt. If you decide to place the dialysis bag in 4.0...
I would be glad if you can provide some detailed explanation (like in order for the light to be seen outside what condition must be met) Content: Geometrie optics 1. The huge aquarium has walls made from the glass n = 1.5 and filled with water n = 1.33. At which angles the diver inside the aquarium must send the light that the light fully can be seen from outside by visitors.
1) You (a person with mass m) have a trampoline that you would like to treat like a spring. You decide to jump from a height h above the flat surface of the trampoline, and you measure that you travel a distance h/4 downward after hitting the surface of the trampoline. In terms of known variables, determine the effective spring constant and the speed at which you hit the trampoline. I need the velocity.
Describe your ideal place and environment in which you would like to eat dinner.
While on a camping trip, a man would like to carry water from the lake to his campsite. He fills two, non-identical buckets with water and attaches them to a 1.67 m long rod. Since the buckets are not identical, he finds that the rod balances about a point located at a length 1 = 0.0271 m from its midpoint, as shown. The weight of the rod and empty buckets is negligible compared to the weight of the water, and...
While on a camping trip, a man would like to carry water from the lake to his campsite. He fills two, non-identical buckets with water and attaches them to a 111 m long rod. Since the buckets are not identical, he finds that the rod balances about a point located at a length 1 = 0.0415 m from its midpoint, as shown. The weight of the rod and empty buckets is negligible compared to the weight of the water, and...
While on a camping trip, a man would like to carry water from the lake to his campsite. He fills two, non-identical buckets with water and attaches them to a 1.67 m long rod. Since the buckets are not identical, he finds that the rod balances about a point located at a length / = 0.0415 m from its midpoint, as shown. The weight of the rod and empty buckets is negligible compared to the weight of the water, and...
While on a camping trip, a man would like to carry water from the lake to his campsite. He fills two, non-identical buckets with water and attaches them to a 1.83 m long rod. Since the buckets are not identical, he finds that the rod balances about a point located at a length 1 = 0.0223 m from its midpoint, as shown. The weight of the rod and empty buckets is negligible compared to the weight of the water, and...