Solve the expression 15⋅805+4(70−6) .(1 point)

Answer 1

15⋅805+4(70−6)

First, work inside the parentheses:
70-6 = 64

So the expression becomes:
15⋅805+4(64)

Then, multiply:
15*805 = 12075
4*64 = 256

The expression now is:
12075 + 256

Finally, add:
12075 + 256 = 12331

The solution to the expression 15⋅805+4(70−6) is 12331.

Answer 2

are you sure there isnt any exponents?

Answer 3

Apologies for the mistake. The expression 15⋅805+4(70−6) does not contain any exponents.

To solve the expression, we follow the order of operations (PEMDAS/BODMAS): parentheses (brackets), exponents (powers and square roots, etc.), multiplication and division (from left to right), and addition and subtraction (from left to right).

First, work inside the parentheses:
70-6 = 64

So the expression becomes:
15⋅805+4(64)

Next, multiply:
15*805 = 12075

And multiply again:
4*64 = 256

Now, the expression is:
12075 + 256

Finally, add:
12075 + 256 = 12331

Hence, the solution to the expression 15⋅805+4(70−6) is indeed 12331.

Answer 4

does the solution have any exponents in it?

Answer 5

Apologies again for the confusion. I made a mistake in my previous response. There are no exponents in the expression 15⋅805+4(70−6).

To solve the expression, we follow the order of operations (PEMDAS/BODMAS): parentheses (brackets), exponents (powers and square roots, etc.), multiplication and division (from left to right), and addition and subtraction (from left to right).

Given expression: 15⋅805+4(70−6)

First, work inside the parentheses:
70−6 = 64

So the expression becomes:
15⋅805+4(64)

Next, multiply:
15⋅805 = 12075

And multiply again:
4⋅64 = 256

The expression now is:
12075 + 256

Finally, add:
12075 + 256 = 12331

Therefore, the solution to the expression 15⋅805+4(70−6) is 12331, without any exponents.