Cats have a gene that codes for the color of their fur.Suppose that a certain breed of cat can have black, gray, or white fur. Black fur is dominant, white fur is recessive, and gray fur is intermediate (i.e., cats with gray fur possess one allele for black fur and one for white fur).

If a gray cat and a white cat have kittens, what phenotypes could the kittens exhibit?

A) gray or white fur
B) only gray fur
C) black or white fur
D) black, gray, or white fur

Answer:

Igneous rocks are formed from molten material.

Explanation:

Igneous rock is formed by the solidification of molten rock material.

when from the surface of earth magma flow out, it called lava. This lava when cool it results in the formation of rocks and the Igneous are formed by magma cooling and solidification.

• Igneous rock is identified by its color, its dark color looks like dark black glass.

• There are two types of igneous rocks:

1. Extrusive igneous rocks.
2. Intrusive igneous rocks

• Igneous rocks are used to construct building, statues and to make gravestones.

Oil, coal, natural gas, and uranium are used to generate electrical energy, These all are fossil fuels.

What are  Fossil fuels?

Fossil fuels are non-renewable.  For example :Hydrogen is not a fuel. It is a way of storing or transporting energy. Distribution and infrastructure need to be refurbished to cope with hydrogen, which can metals by making them brittle.

Thus, this could be the answer.

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Answer: because they're bigger planets

Explanation:

They have a larger mass so therefore they're called jovian GIANTS

Answer:

A bright light close to the plant.

Explanation

Plants grown in bright light had higher rates of apparent photosynthesis per unit leaf area in bright light, and slightly lower rates in dim light than did those of plants grown in dim light. Dark respiration rates were higher in plants grown in bright light than in plants grown in dim light and the decline of photosynthesis with increasing leaf age was faster.

The rate of apparent photosynthesis in bright light of the first leaf to become fully expanded after plants were transferred from bright to dim light was lower than that of plants remaining in bright light. The decline in the rate of photosynthesis of a leaf already fully expanded at the time of transfer was not affected. Transferring from dim to bright light increased the rate of photosynthesis of the next expanded leaf; it also increased the rate of an already fully expanded leaf during the first week in bright light.