MSBTE Sample question Paper

I Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
	Basic Mathematics	Applied Science	SOM	.............	.............	.............
	English	Applied Mechanics	BEE	.............	.............	.............
	Graphics	Applied Mathematics	TEN	.............	.............	.............
	ICT	Engineering Drawing	MWM	.............	.............	.............
	.............	BCC	EME	.............	.............	.............
			MEM	.............	.............	.............
G Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
			AMS	EST	AEN	MAN
			BEM	MPR	AMP	IFP
			MEM	EEN	MAC	PER
			SOM	TEN	PEN	DME
			MED	FMM	MQC	RAC
	.............			TOM	BSC

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MSBTE Model Answer Paper

I Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
	Basic Mathematics	Applied Science	SOM	.............	.............	.............
	English	Applied Mechanics	BEE	.............	.............	.............
	Graphics	Applied Mathematics	TEN	.............	.............	.............
	ICT	Engineering Drawing	MWM	.............	.............	.............
	.............	BCC	EME	.............	.............	.............
			MEM	.............	.............	.............
G Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
			AMS	EST($)	AEN	MAN($)
			BEM	MPR	AMP	IFP
			MEM	EEN	MAC	PER
			SOM	TEN	PEN	DME
			MED	FMM	MQC	RAC
	.............			TOM

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MSBTE Question Paper

I Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
	Basic Mathematics	Applied Science	SOM	.............	.............	.............
	English	Applied Mechanics	BEE	.............	.............	.............
		Applied Mathematics	TEN	.............	.............	.............
		Engineering Drawing	MWM	.............	.............	.............
	.............	BCC	EME	.............	.............	.............
			MEM	.............	.............	.............
G Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
			AMS	EST	AEN	MAN
			BEM	MPR	AMP	IFP
			MEM	EEN	MAC	PER
			SOM	TEN	PEN	DME
			MED	FMM	MQC	RAC
	.............			TOM

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MSBTE Syllabus

I Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
	Basic Mathematics	Applied Science	SOM	.............	.............	.............
	English	Applied Mechanics	BEE	.............	.............	.............
	Graphics	Applied Mathematics	TEN	.............	.............	.............
	ICT	Engineering Drawing	MWM	.............	.............	.............
	.............	BCC	EME	.............	.............	.............
			MEM	.............	.............	.............
G Scheme	Syllabus
	First sem	Second Sem	Third Sem	Fourth Sem	Fifth sem	Sixth Sem
			AMS	EST	AEN	MAN
			BEM	MPR	AMP	IFP
			MEM	EEN	MAC	PER
			SOM	TEN	PEN	DME
			MED	FMM	MQC	RAC
	.............			TOM

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Types Of fluid Flow

Steady flow:

It is the properties of fluid at every point in the flow do not depend upon time, it is called a steady flow.

Unsteady flow:

the properties of fluid at every point in the flow do not depend upon time, it is called a unsteady flow.

Uniform flow:

The flow in which velocity do not change from point to point at any instant of time.

Non uniform Flow:

The flow in which velocity do change from point to point at any instant of time.

Laminar Flow:

In Laminar Flow the motion of the fluid particles of fluid is parallel to the pipe walls. or along a straight line.

Laminar Flow in which the particles of fluid moves along smooth paths in layers

Turbulent flow:

In Turbulent flow Motion of a fluid particle in zig  zhag way that is do not parallel to pipe wall.

As the velocity of flow increases turbulence also increases.

Compressible flow:

The flow in in which density of a fluid changes from point to point and spaces is called compressible flow.

Incompressible flow:

The flow in in which density of a fluid do not changes from point to point and spaces is called compressible flow.

Newtonian flow:

The flow in which shear stress of fluid is directly proportional to shear force is called Newtonian flow.

Non Newtonian flow:

The flow in which shear stress of fluid is Not directly proportional to shear force is called Newtonian flow.

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rotameter

                                                              Rotameter

The rotameter is used to measure the flow rate of liquids and gases.

The rotameter consists of a,

1)tube

2) float.

3)inlet and outlet

4)scale

principle:

rotameter has a tapered tube with the upper end larger than the lower end, having a float inside concentrically. The float moves up and down according to the flow rate, and the reading taken from.scale on tapered tube.

working:

As the flow Staring to inlet tube. according to the flow. the float in the tapered tube goes on increasing or decreasing. float and liquid have gravity relations.as the flow increases float accelerate and as the flow reduces float decreases .so actual flow rate can be measured by linear scale in taperes tube directly According to position of float

Selection of rotameter is depend on various factors such as flow rate, scale. accuracy, cost. Application  and cost and maintaince.

Advantages:

1)Low pressure loss

2)Can measure very low flow rate

3)easy installation

4)variable viscous range

Disadvantages:

1) rotameter must always be vertical

2) Rotameters have generally limitations for manufactured in sizes

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