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To rush is to equate speed with productivity. For speed...
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.
“ To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive. “
Unknown

To rush is to equate speed with productivity. For speed might insure that something gets done, but it does not guarantee that it’s productive.

To rush is to equate speed with productivity. For speed...
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