Not all the same no. Simply put, each meal is different for each person, and the same meal eaten for breakfast, lunch or dinner may also have different effects. Long version...
Glucose - the sweetener in Lucozade, which is present in fruit. This can be absorbed directly from the stomach and intestine into the blood. It is the most rapidly-absorbed carb. It hits the bloodstream very quickly.
Fructose - a sugar found mostly in fruit but also in other foods. Fructose can be absorbed directly into the intestine. Small amounts of fructose are broken down into glucose and lactate in the intestinal wall. Very little of the fructose in a small piece of fruit will enter the bloodstream directly (this was proven quite recently). Glucose of course raises blood glucose levels while lactate is a different type of carb which requires processing elsewhere. Large amounts of fructose can overwhelm the capacity of the intestine to break it down and much of it enters the blood and ends up in the liver, where it is again turned into glucose and lactate. Some of this may be converted directly to fat in the liver. Consuming anything containing 'high-fructose corn syrup' is a bad idea for a Type 2.
Starch - found in foods like bread, potatoes, pasta and many vegetables. Starch cannot be absorbed directly from the intestine into the blood, if must first be broken down into glucose by an enzyme, a kind of biological chemical. This begins in the mouth with an enzyme in saliva, and continues in the small intestine with more enzymes. Until the enzyme touches the starch particle and splits it into glucose it cannot be absorbed into the blood.
Sucrose - table sugar. Found in many foods, typically refined from plants like sugar cane and sugar beet. Sucrose cannot be absorbed directly from the intestine into the blood. It too must be broken down with an enzyme and then becomes fructose and glucose. The glucose is absorbed and the fructose must then be broken down as described above.
In a recently-diagnosed Type 2 who still has a functioning insulin response from the pancreas the rate at which the carbs hit the blood stream in the form of glucose matters a great deal. If it enters the blood very slowly there is plenty of time for the pancreas to release enough insulin to handle it. If it hits the bloodstream quickly then the pancreas is overwhelmed and blood glucose levels may rise to very high levels. Other elements in a meal such as fat, protein and fibre have effects such as delaying digestion, blocking the enzymes from touching the starch for example, slowing down the rate at which the meal exists the stomach and enters the small intestine (known as 'gastric emptying'), and blocking the glucose and fructose from touching the wall of the intestine quickly and being absorbed.
On top of all that there is the Second Meal Phenomenon. In very many cases blood glucose will not rise as high after lunch as it might after breakfast even if eating an identical meal, and a similar though lesser effect has been observed after dinner. Roy Taylor was involved in a research study about this effect at one point (full text available to read for free as PDF via links on top-right) -
https://pubmed.ncbi.nlm.nih.gov/19366973/
So long as a person has some pancreas function left the rate at which carbs hit the bloodstream matters quite a bit. For me personally the starch in nuts, full of protein, fibre and fat, and the sucrose in sweets, produce very different effects even if the amount of carbs is the same. What it all adds up to is a person must test their response to specific meals to see how they get on, and to treat meals eaten for breakfast, lunch and dinner separately. If you were to consume half of your daily carbs in the form Lucozade for breakfast you would see very different results than eating the same amount of carbs in the form of a balanced meal for lunch.