Dear Jamie
existence. In fact, both of them were good friends.
into a deep cave. Hundreds of hair dryers are melting the permafrost to help
the scientists to have a look at the giant monster with the longest tusks.
Love
Harry
I just cannot wait to share this with you. My daddy went to Siberia to
dig out the most ancient creature that roamed the earth more than
Daddy says that it was even larger than the dinosaurs in size and older in
twenty thousand years ago. This creature is called the woolly mammoth.
corners, with some other scientists, to excavate the carcass of one of the
In the snow-covered lands in the Arctic, daddy had to travel to the farthest
biggest monsters. The ears of the monster were smaller than those of
the frozen elephant. It was the heaviest cargo that it had ever lifted. Phew!
today's elephant. After the digging was over, a giant Russian helicopter lifted
Twenty three tons! Now the permafrost* of the mammoth has been shifted
Answers
Explanation:
Dear Jamie
existence. In fact, both of them were good friends.
into a deep cave. Hundreds of hair dryers are melting the permafrost to help
the scientists to have a look at the giant monster with the longest tusks.
Love
Harry
I just cannot wait to share this with you. My daddy went to Siberia to
dig out the most ancient creature that roamed the earth more than
Daddy says that it was even larger than the dinosaurs in size and older in
twenty thousand years ago. This creature is called the woolly mammoth.
corners, with some other scientists, to excavate the carcass of one of the
In the snow-covered lands in the Arctic, daddy had to travel to the farthest
biggest monsters. The ears of the monster were smaller than those of
the frozen elephant. It was the heaviest cargo that it had ever lifted. Phew!
today's elephant. After the digging was over, a giant Russian helicopter lifted
Twenty three tons! Now the permafrost* of the mammoth has been shifted
Answer:
Gel electrophoresis is a technique used to separate DNA fragments according to their size. DNA samples are loaded into wells (indentations) at one end of a gel, and an electric current is applied to pull them through the gel. DNA fragments are negatively charged, so they move towards the positive electrode.