A cheque is an order, "pay such-and-such an amount to the name of...". It is an order for a bank to pay it. I guess that if I extend a cheque in your name, the three parties are the one who extends the cheque (I in the example), the one who will receive the money (you in the example) and my bank.
A cheque is an order, "pay such-and-such an amount to the name of...". It is an order for a bank to pay it. I guess that if I extend a cheque in your name, the three parties are the one who extends the cheque (I in the example), the one who will receive the money (you in the example) and my bank.
A cheque is an order, "pay such-and-such an amount to the name of...". It is an order for a bank to pay it. I guess that if I extend a cheque in your name, the three parties are the one who extends the cheque (I in the example), the one who will receive the money (you in the example) and my bank.
A cheque is an order, "pay such-and-such an amount to the name of...". It is an order for a bank to pay it. I guess that if I extend a cheque in your name, the three parties are the one who extends the cheque (I in the example), the one who will receive the money (you in the example) and my bank.
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A cheque is an order, "pay such-and-such an amount to the name of...". It is an order for a bank to pay it. I guess that if I extend a cheque in your name, the three parties are the one who extends the cheque (I in the example), the one who will receive the money (you in the example) and my bank.
To use multiplication to check the quotient, you multiply the quotient by the divisor given! For instance: 6 / 2 = 3 Then, to check that 3 is the quotient of 6 and 2, multiply 3 by 2 to get 3 x 2 = 6.
2x=x+3=x=3
If you mean a problem such as: 'what is 64 divided by 3?' you can easily check your anwser with a calculator. If you don't have a calculator, you can also reverse the problem to check your anwser, for example if you got 64/3 = 21.3, then 21.3 multiplied by 3 should equal 64.
check your answer
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