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O Question 1 A 10cmx10mx10am aibe ol density 650 kg/m and is submerged...
A 10cmx10cmx10cm cube of density 650 kg / (m ^ 3) and is submerged in a...
A 10cmx10cmx10cm cube of density 650 kg / (m ^ 3) and is submerged in a container filled with water of density 1000 kg / (m ^ 3) . It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s^ 2
A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged in a container filled with water...
A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2.
A 10xcmx10cmx10cm cube of density 650 kg/m^3 and is submerged in a container filled with water...
A 10xcmx10cmx10cm cube of density 650 kg/m^3 and is submerged in a container filled with water of density of 1000 kg/m^3. it is initially held at rest by a string which is attached to the bottom of the container. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after its release. Answer in units of m/s^
Show Instructions Question 1 1 pts A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged...
Show Instructions Question 1 1 pts A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2 O 15.1 O 8.02...
Question 1 1 pts A 10cmx10cmx10cm cube of density 750 kg/m and is submerged in a...
Question 1 1 pts A 10cmx10cmx10cm cube of density 750 kg/m and is submerged in a container filled with water of density 1000 kg/m². It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2 08.02 15.1 uard" Il app.honorlock.com is...
A 8.02 B 13.1 C 15.1 D 17.8 E 5.28 F 3.27 A 10cmx10cmx10cm cube of...
A
8.02
B 13.1
C 15.1
D 17.8
E 5.28
F 3.27
A 10cmx10cmx10cm cube of density 550 kg/m2 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answe in units...
Question (1) A cubic Aluminum container (RD = 2.7) has a side length of 1 m...
Question (1) A cubic Aluminum container (RD = 2.7) has a side length of 1 m and thickness of 1 cm and is floating inside a water tank. The container is empty and open from the top (i.e.: has only 4 sides and one base). Assuming the density of water is 1000 kg/m", determine: A. Height of the container floating above water. B. Volume of water we can pour into the container before it sinks. If the empty container is...
Investigation 1 - Connected Particles (Maximum Mark 45) A block mass M kg is resting on...
Investigation 1 - Connected Particles (Maximum Mark 45) A block mass M kg is resting on the horizontal top of a cube. The coefficient of friction between the block and the cube is u. Two strings are attached to the sides of the block. One string passes over a pulley and is attached to an object of mass m kg which is hanging freely a height h metres above the ground. The other string passes over another pulley on the...
Please show all work!!! Question 15 O pts 1.A 5.0 mx 10 m swimming pool is...
Please show all work!!!
Question 15 O pts 1.A 5.0 mx 10 m swimming pool is filled to a depth of 100 m. What is the pressure on the bottom of the pool? Idensity of water -1000 kg/m) IL.(a) Calculate the buoyant force of air (air density 1.20 kg/m) on a spherical party balloon that has a radius of 0.15 m. (b) If the rubber of the balloon itself has a mass of 200 grams and the balloon is filled...
Please show the work Question 1 of 14 6 Points A ball of mass 0.056 kg...
Please show the work
Question 1 of 14 6 Points A ball of mass 0.056 kg and radius 1.6 cm is attached to a string of length 17 cm. It collides with a stationary can of beans which has a mass of 0.21 kg. The can of beans is assumed to be a solid cylinder with a radius of 3 cm. The collision is elastic and the can leaves the collision with a speed 3.9 cm/s. The collision is also...
A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2.
Show Instructions Question 1 1 pts A 10cmx10cmx10cm cube of density 650 kg/m3 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2 O 15.1 O 8.02...
Question 1 1 pts A 10cmx10cmx10cm cube of density 750 kg/m and is submerged in a container filled with water of density 1000 kg/m². It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answer in units of m/s2 08.02 15.1 uard" Il app.honorlock.com is...
A
8.02
B 13.1
C 15.1
D 17.8
E 5.28
F 3.27
A 10cmx10cmx10cm cube of density 550 kg/m2 and is submerged in a container filled with water of density 1000 kg/m3. It is initially held at rest by a string which is attached to the bottom of the container, as shown in the figure. When we cut the string, the cube starts moving upwards. Find the initial acceleration of the cube, immediately after it is released. Answe in units...
Question (1) A cubic Aluminum container (RD = 2.7) has a side length of 1 m and thickness of 1 cm and is floating inside a water tank. The container is empty and open from the top (i.e.: has only 4 sides and one base). Assuming the density of water is 1000 kg/m", determine: A. Height of the container floating above water. B. Volume of water we can pour into the container before it sinks. If the empty container is...
Investigation 1 - Connected Particles (Maximum Mark 45) A block mass M kg is resting on the horizontal top of a cube. The coefficient of friction between the block and the cube is u. Two strings are attached to the sides of the block. One string passes over a pulley and is attached to an object of mass m kg which is hanging freely a height h metres above the ground. The other string passes over another pulley on the...
Please show all work!!!
Question 15 O pts 1.A 5.0 mx 10 m swimming pool is filled to a depth of 100 m. What is the pressure on the bottom of the pool? Idensity of water -1000 kg/m) IL.(a) Calculate the buoyant force of air (air density 1.20 kg/m) on a spherical party balloon that has a radius of 0.15 m. (b) If the rubber of the balloon itself has a mass of 200 grams and the balloon is filled...
Please show the work
Question 1 of 14 6 Points A ball of mass 0.056 kg and radius 1.6 cm is attached to a string of length 17 cm. It collides with a stationary can of beans which has a mass of 0.21 kg. The can of beans is assumed to be a solid cylinder with a radius of 3 cm. The collision is elastic and the can leaves the collision with a speed 3.9 cm/s. The collision is also...
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