Answer:
<em>Yes, the statement is accurate.</em>
Explanation:
A hypothesis can be supported through experiments but we cannot say that the hypothesis is exactly correct because there might be other unknown factors which are unmeasured or unobserved which might be influencing our hypothesis. There are many studies in which a proven hypothesis was proven wrong due to many other factors or influences. Hence, a hypothesis can be supported but there are always chances that other factors might be being ignored which might influence the hypothesis.
Bacterial cells don’t have nucleus so they are prokaryotic. Eukaryotic cells have a nucleus.
When food is plentiful, many Hydra reproduce asexually by producing buds in the body wall, which grow to be miniature adults and break away when they are mature. When a hydra is well fed, a new bud can form every two days.
Answer:
This is an example of co-dominance
Explanation:
Although there isn't a question here, from looking online, I think I found the question which is
What is the inheritance?
- Incomplete dominance
- co-dominance
- complete dominance
Co dominance occurs when two alleles of a given trait are expressed equally. The clue we are given here that points us towards this is "Short-long is marked by a pattern of alternating short and long strands of fur over the surface of the fuzzy wuzzy."
This means both traits are expressed, giving an alternative phenotype of short long. Incomplete dominance might instead produce medium length fur.
Lets call the alleles L for long and l for short.
- LL would be long
- ll would be short
- Ll would then be short-long.
We are told that Two long fuzzy wuzzies mate and produce all long fuzzy wuzzies. That is because LL x LL would produce all LL offpsring.
We are also told that two short fuzzy wuzzies mate and produce all short fuzzy wuzzies. That is because ll x ll would produce all ll offspring.
Two short-longs mate and produce some shorts, some longs and some short-longs. That is because Ll x Ll can produce LL, ll, and Ll.
Planets.
Here:
About 99% of all matter contained in the solar nebula now exist in<u> planets</u>.
