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Biology

General

Easy

Question

Assertion :- Glycolysis is common between aerobic & anaerobic respiration.
Reason:- Glycolysis can takes place in presence and absence of O₂

If both Assertion & Reason are True & the Reason is a correct explanation of the Assertion.
If both Assertion & Reason are True but Reason is not a correct explanation of the Assertion.
If Assertion is True but the Reason is False.
If both Assertion & Reason are false.

The correct answer is: If both Assertion & Reason are True & the Reason is a correct explanation of the Assertion.

Related Questions to study

Assertion :- Glycolysis is common step in aerobic & anaerobic respiration.
Reason:- Glycolysis splits the pyruvate in to H₂O & CO₂

Assertion :- Glycolysis is common step in aerobic & anaerobic respiration.
Reason:- Glycolysis splits the pyruvate in to H₂O & CO₂

Light wave is travelling along $y$ -direction. If the corresponding E vector at any time is along the $x$ -axis, the direction of B vector at that time is along

Light wave is travelling along $y$ -direction. If the corresponding E vector at any time is along the $x$ -axis, the direction of B vector at that time is along

physics-General

A flag staff stands upon the top of a building. At a distance d mt the angles of elevation of the tops of the flag staff and building are α and β respectively. The height of the flag staff is

A flag staff stands upon the top of a building. At a distance d mt the angles of elevation of the tops of the flag staff and building are α and β respectively. The height of the flag staff is

parallel

An aeroplane flying horizontally 1km above the ground is observed at an elevation of 60°. After 10sec the elevation is observed to be 30° then the uniform speed per hour of the aeroplane is

An aeroplane flying horizontally 1km above the ground is observed at an elevation of 60°. After 10sec the elevation is observed to be 30° then the uniform speed per hour of the aeroplane is

A pole 50mt high stand on a building 250mt high. To an observer at a height of 300mt the building and the pole subtends same angle. The distance of the observer from the top of pole is

A pole 50mt high stand on a building 250mt high. To an observer at a height of 300mt the building and the pole subtends same angle. The distance of the observer from the top of pole is

If w is a complex cube root of unity then the value of $c o s invisible function application open square brackets open curly brackets left parenthesis 1 minus w right parenthesis open parentheses 1 minus w to the power of 2 end exponent close parentheses plus left parenthesis 2 minus w right parenthesis open parentheses 2 minus w to the power of 2 end exponent close parentheses close close$ $open open plus horizontal ellipsis horizontal ellipsis.. plus left parenthesis 10 minus w right parenthesis open parentheses 10 minus w to the power of 2 end exponent close parentheses close curly brackets fraction numerator pi over denominator 9 end fraction close square brackets$ is

If w is a complex cube root of unity then the value of $c o s invisible function application open square brackets open curly brackets left parenthesis 1 minus w right parenthesis open parentheses 1 minus w to the power of 2 end exponent close parentheses plus left parenthesis 2 minus w right parenthesis open parentheses 2 minus w to the power of 2 end exponent close parentheses close close$ $open open plus horizontal ellipsis horizontal ellipsis.. plus left parenthesis 10 minus w right parenthesis open parentheses 10 minus w to the power of 2 end exponent close parentheses close curly brackets fraction numerator pi over denominator 9 end fraction close square brackets$ is

parallel

If z=x+iy and P represents z in the Argand plane and mod(2z-3)=4, then the locus of P is

If z=x+iy and P represents z in the Argand plane and mod(2z-3)=4, then the locus of P is

The maximum kinetic energy (E_k) of emitted photoelectrons against frequency v of incident radiation is plotted as shown in fig. The slope of the graph is equal to

The maximum kinetic energy (E_k) of emitted photoelectrons against frequency v of incident radiation is plotted as shown in fig. The slope of the graph is equal to

physics-General

From the graph shown, the value of Work function if the stopping potential (V), and frequency of the incident light, v, are on y and x- axes respectively is

From the graph shown, the value of Work function if the stopping potential (V), and frequency of the incident light, v, are on y and x- axes respectively is

physics-General

parallel

Percentage of mass lost during the fission of ₉₂U²³⁵ approximately is

Percentage of mass lost during the fission of ₉₂U²³⁵ approximately is

physics-General

Two nucleons are at a separation of $1 cross times 10 to the power of negative 15 end exponent straight m$ The net force between them is F₁ if both are neutrons, if both are protons and $straight F subscript 3$ if one is a proton and other is a neutron In such a case

Two nucleons are at a separation of $1 cross times 10 to the power of negative 15 end exponent straight m$ The net force between them is F₁ if both are neutrons, if both are protons and $straight F subscript 3$ if one is a proton and other is a neutron In such a case

physics-General

Average binding energy per nucleon over a wide range is

Average binding energy per nucleon over a wide range is

physics-General

parallel

If $f left parenthesis x right parenthesis equals open curly brackets table attributes columnalign center center columnspacing 1em end attributes row cell fraction numerator tan x right square bracket over denominator left square bracket x right square bracket end fraction comma end cell cell left square bracket x right square bracket not equal to 0 end cell row cell 0 comma end cell cell left square bracket x right square bracket equals 0 end cell end table close$ , where [ ] = GIF, than

If $f left parenthesis x right parenthesis equals open curly brackets table attributes columnalign center center columnspacing 1em end attributes row cell fraction numerator tan x right square bracket over denominator left square bracket x right square bracket end fraction comma end cell cell left square bracket x right square bracket not equal to 0 end cell row cell 0 comma end cell cell left square bracket x right square bracket equals 0 end cell end table close$ , where [ ] = GIF, than

If $f left parenthesis x right parenthesis equals left parenthesis 1 plus left square bracket x right square bracket right parenthesis to the power of fraction numerator 1 over denominator x minus left curly bracket x right curly bracket end fraction end exponent$ where $left square bracket x right square bracket$ and $open curly brackets x close curly brackets$ denote the integral part and fractional part of $x$ respectively and $a equals Lim subscript x not stretchy rightwards arrow 0 to the power of minus end subscript f left parenthesis x right parenthesis comma b equals Lim subscript x not stretchy rightwards arrow 0 to the power of plus end subscript f left parenthesis x right parenthesis comma c equals Lim subscript x not stretchy rightwards arrow 0 end subscript f left parenthesis x right parenthesis$ then

If $f left parenthesis x right parenthesis equals left parenthesis 1 plus left square bracket x right square bracket right parenthesis to the power of fraction numerator 1 over denominator x minus left curly bracket x right curly bracket end fraction end exponent$ where $left square bracket x right square bracket$ and $open curly brackets x close curly brackets$ denote the integral part and fractional part of $x$ respectively and $a equals Lim subscript x not stretchy rightwards arrow 0 to the power of minus end subscript f left parenthesis x right parenthesis comma b equals Lim subscript x not stretchy rightwards arrow 0 to the power of plus end subscript f left parenthesis x right parenthesis comma c equals Lim subscript x not stretchy rightwards arrow 0 end subscript f left parenthesis x right parenthesis$ then

$I f space a equals fraction numerator left parenthesis 25 minus x squared right parenthesis space over denominator 16 end fraction$ and log $fraction numerator open parentheses 24 minus 2 x minus x squared close parentheses over denominator 14 end fraction greater than 1$ then $x element of$

$I f space a equals fraction numerator left parenthesis 25 minus x squared right parenthesis space over denominator 16 end fraction$ and log $fraction numerator open parentheses 24 minus 2 x minus x squared close parentheses over denominator 14 end fraction greater than 1$ then $x element of$

parallel

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