Oh, dude, it's like this - multiplication is basically just a fancy way of saying you're adding the same number over and over again. So, instead of being all dramatic and saying "I added 5 like 6 times," you can just chill and say "5 times 6 equals 30." It's like math's way of being efficient and saving you from saying the same thing a bunch of times.
a*b is the same as a+a+a ... (do it with b lots of a).
One way of seeing this visually is to lay out counters (or tokens) in an a*b rectangle. The number of tokens in the rectangle are its length times its breadth ie a*b.
But you can also see the rectangle as made up of a rows of b tokens and the total number of tokens can be derived as a+a+a... (b times).
Multiplication is repeated addition.
a multiplication form is repeated addition
Multiplication by an integer is the same as repeated addition.
x (Multiply) is the meaning. You can also call it Multiplication. It is like repeated addition!
Multiplication is repeated adding. Addition is a number with another number combined for a total.
multiplication is repeated addition
Multiplication is repeated addition.
a multiplication form is repeated addition
Multiplication by an integer is the same as repeated addition.
Division. Multiplication is repeated addition.
the inverse of addition is subtraction and the inverse of multiplication is division. Of course, multiplication is just repeated addition so division is just repeated subtraction!
Repeated addition
multiplication is the process of repeated addition, thus division would be the "anytonym" because it is repeated subtraction
x (Multiply) is the meaning. You can also call it Multiplication. It is like repeated addition!
Multiplication is repeated adding. Addition is a number with another number combined for a total.
For the specific case of whole numbers, you can consider multiplication to be repeated addition; and division to be repeated subtraction (see how often you can subtract something).
It did multiplication by repeated addition and shifting whereas Pascal's couldn't.