It is like blueish gray/white sort of colour.
The concentration of the zinc sulphate solution will not change when a zinc rod is dipped into it. This is because zinc is already present in the solution as zinc ions, so the addition of a zinc rod will not alter the concentration of zinc ions in the solution.
A daniell cell is a system comprising a copper container, a solution of copper ions, a porous pot, a solution of zinc ions and a zinc rod. When the zinc rod and the copper container are connected by a wire, the zinc rod is oxidised to zinc 2+ ions, which releases two moles of electrons per mole of zinc decayed. These electrons flow round the wire to the positive electrode, the zinc container, where the copper ions in the solution are reduced to copper metal. If components eg. A light bulb, are placed within the circuit, the electron flow from the zinc to the copper electrode will power the bulb.
Zinc is used in very simple batteries (usualy for demonstration rather than actual power scources.) generaly in chemistry, you make a galvanic cell out of zinc rod, zinc sulphate, copper wire, copper rod, copper sulphate and a salt bridge made of potassium nitrate, and that will give you a small direct current of electrons from the zinc side of the cell to the copper side of the cell and a conventional current from copper to zinc
cones for color,rod are for black and white
bekar ka question
The concentration of the zinc sulphate solution will not change when a zinc rod is dipped into it. This is because zinc is already present in the solution as zinc ions, so the addition of a zinc rod will not alter the concentration of zinc ions in the solution.
The negative terminal of a carbon/zinc cell is connected to the zinc cup that functions as the cathode. The carbon rod is the anode (positive).
No, it is the carbon
YES
purpleThe color of zinc
zinc acetate is white in colour.
Zinc White
Zinc is a color. It is a gray/white color.
A daniell cell is a system comprising a copper container, a solution of copper ions, a porous pot, a solution of zinc ions and a zinc rod. When the zinc rod and the copper container are connected by a wire, the zinc rod is oxidised to zinc 2+ ions, which releases two moles of electrons per mole of zinc decayed. These electrons flow round the wire to the positive electrode, the zinc container, where the copper ions in the solution are reduced to copper metal. If components eg. A light bulb, are placed within the circuit, the electron flow from the zinc to the copper electrode will power the bulb.
Zinc nitrate is a white substance.
Zinc is used in very simple batteries (usualy for demonstration rather than actual power scources.) generaly in chemistry, you make a galvanic cell out of zinc rod, zinc sulphate, copper wire, copper rod, copper sulphate and a salt bridge made of potassium nitrate, and that will give you a small direct current of electrons from the zinc side of the cell to the copper side of the cell and a conventional current from copper to zinc
Lead nitrate is colorless, as are zinc ions. So it doesn't "turn into" any color.