Write in columns and add (a) `18L750mL` and `12L90mL`

Convert the following values as indicated. 3000 mL into L

Identify the type of pulmonary volume / capacity on the basis of quantity of air present in the lungs given below. (l) 1100 ml to 1200 ml (ll) 500 ml (lll)5000 ml to 6000 ml

What fraction is 3 L 150 mL of 7 L 350 mL ?

Are the pari of ratio in proportion ? If yes, write their middle terms and exterme terms. 0.068 L to 12 mL and 102 m to 18 m

Write the concentration of each of the following solutions in g/L and mol/L: 7.3g HCl in 100 ml solution

Write the concentration of each of the following solutions in g/L and mol/L: 2g NaOH in 50ml solution

Match the physical quantities given on column I with dimensions expressed in terms of mass (M) length (L) time (T), and charge (Q) given in column II and write the correct answer against the matched quantity in a tabular form in your answer book. {:("Column-I",,"Column-II"),("Angular momentum",,[ML^(2)T^(-2)]),("Latent heat",,[ML^(2)Q^(-2)]),("Torque",,[ML^(2)T^(-1)]),("Capacitance",,[ML^(3)T^(-1)Q^(-2)]),("Inductance",,[M^(-1)L^(-2)T^(2)Q^(2)]),("Resistivity",,[L^(2)T^(-2)]):}

Match the physical quantities given on column I with dimensions expressed in terms of mass (M) length (L) time (T), and charge (Q) given in column II and write the correct answer against the matched quantity in a tabular form in your answer book. {:("Column-I",,"Column-II"),("Angular momentum",,[ML^(2)T^(-2)]),("Latent heat",,[ML^(2)Q^(-2)]),("Torque",,[ML^(2)T^(-1)]),("Capacitance",,[ML^(3)T^(-1)Q^(-2)]),("Inductance",,[M^(-1)L^(-2)T^(2)Q^(2)]),("Resistivity",,[L^(2)T^(-2)]):}

Write the concentration of each of the following solutions in g/L and mol/L: 3g CH_3 COOH in 100ml solution

Write the concentration of each of the following solutions in g/L and mol/L: 4.9 H_2 SO_4 in 200 ml solution