Sun chips are wavy because the workers curve them that way and then they dry them.
Wiki User
∙ 14y agoSun Chips are wavy because the ridges help to create a more textured crunch and enhance the eating experience by trapping more flavoring on the chip's surface. The wavy shape also allows for more air pockets in the chip, resulting in a lighter and crispier texture.
Sun Chips was created in 1991.
Sun Chips were introduced in the United States in 1991 by Frito-Lay.
Sun Chips were introduced by Frito-Lay in 1991. They were created with the intention of providing a healthier snacking option compared to traditional potato chips.
Sun Chips are a brand of multigrain snacks produced by Frito-Lay, a division of PepsiCo. They are made from whole grains and are marketed as a healthier alternative to traditional snack chips. The exact origin of Sun Chips can be traced back to the Frito-Lay company.
Sun chips, sunny d, sunflower seeds, sun maid raisins...can anyone think of more?
Sun Chips was created in 1991.
Sun chips Original are not vegan. They have the ingredient SUGAR. This is not vegan
when you see it. it is orange right that's because its been sitting in the sun
no
sun mmoonnn
A sandwhich with sun chips because a pizza has grease on it.
there is no difference. they are both chips. :)
All of them except sun chips
Dr Larry Wilson invented sun chips in 1991. He is my teacher at townview SEM in Dallas .
It is a wavy ellipse. Wavy because of the Moon. The ellipse is close to a circle, but the Earth is just a little closer to the Sun in the Northern Hemisphere's Winter. All orbits are ellipses. The gravitational perturbations caused by the Moon causes VERY TINY ripples in the elliptical path; "wavy ellipse" may be overstating the case.
RacheL harris
It is a wavy ellipse. Wavy because of the Moon. The ellipse is close to a circle, but the Earth is just a little closer to the Sun in the Northern Hemisphere's Winter. All orbits are ellipses. The gravitational perturbations caused by the Moon causes VERY TINY ripples in the elliptical path; "wavy ellipse" may be overstating the case.