10 points A student examines the winged insect shown below. Based on the dichotomous key, in what order should this insect be classified? Step la 1b Order Go to 2 Go to 3 Mantodea Raphidioptera 2a 2b За Dichotomous Key Characteristics Insect has an extremely long prothorax (neck) Insect has a short or no prothorax Forelegs come together in a "praying" position Forelegs do not come together in a "praying" position Wings are armor-like with membranous hind wings underneath Wings are not armor-like Wings are triangular in shape Wings are not triangular in shape and head is elongated Insect lacks a proboscis (long, slender snout) and has long filaments at abdominal tip Insect has a proboscis and lacks long filaments at abdominal tip Coleoptera 3b 4a Go to 4 Go to 5 Mecoptera 4b 5a Ephemeroptera 5b Lepidoptera

children tend to take more after their grandparents more than their parents. it’s the dna you received that was passed down to you somewhere in your family. maybe one of your grandparents had/has straight hair and you might have gotten it from them.

the scientific method.

rising temperatures because when water vapor in the air is cooled, it condenses. it turns back into a liquid and attaches to dust particles in the air. these very small water droplets group together to form clouds

answer: the correct option is d. enzyme

lactase and carbonic anhydrase are the examples of enzymes.

lactase is an enzyme, which is present in the small intestine of mammals. it in the digestion of the disaccharide, lactose ( milk sugar) by converting it into two monosachharide, which are glucose and galactose.

carbonic anhydrase is present in the red blood cells. this enzyme plays significant role in the transport of co₂. it in the conversion of co₂ and h₂o into carbonic acid, which is then dissociated into bicarbonate ions and hydrogen ions.